Tag: Visual edit |
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==Description== |
==Description== |
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| − | '''Psycho Math''' is a mathematician puzzle game. The game's host, Professor Rocket, will introduce a 3-value math problem. However, the numbers are replaced with countable pictures. The player will have to turn each picture into a number, as well as solve the math problem. |
+ | '''Psycho Math''' is a mathematician puzzle game. The game's eccentric and extremely entusiastic host, Professor Rocket, will introduce a 3-value math problem. However, the numbers are replaced with countable pictures and phrases. The player will have to turn each picture into a number, as well as solve the math problem using addition and subtraction, as well some sometimes using multiplication and division. It is one of the tougher games because Professor Rocket doesn't give you much time before revealing the answer. |
For example: Number of minutes in an hour + the number of fingers and toes you (should) have ÷ the number of days Noah was at sea. |
For example: Number of minutes in an hour + the number of fingers and toes you (should) have ÷ the number of days Noah was at sea. |
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Which would become: 60 + 20 ÷ 40 = 2 |
Which would become: 60 + 20 ÷ 40 = 2 |
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| − | |||
| − | == Tips and Tricks == |
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| − | |||
| − | Several of the countable objects are displayed in the picture. this is the hardest game in crashbox |
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== Segments== |
== Segments== |
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| + | Episode 1: |
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| + | Q1: Minutes in an hour (60) + Fingers and toes (20) / Days it rained on Noah’s ark (40) = 2 (PEMDAS is 60.5) |
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| − | === Episode 1 === |
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| + | Q2: Unluckiest day on a Friday (13) + Nostrils in a nose (2) - Innings in a baseball game (9) = 6 |
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| − | ==== Question 1 ==== |
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| − | * Take the minutes in an hour (60). |
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| − | * Add that to all your fingers and toes (20). |
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| − | * Divide it by the days it rained on Noah's Ark (40). |
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| − | * Solution: 60 + 20 / 40 = 2 |
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| − | ** PEMDAS mistake: (division comes first) 20 / 40 = 1/2 + 60 = 60 1/2 |
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| + | Q3: Christmas Day (25) - Musketeers (3) - Great Lakes (5) = 17 |
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| − | === Question 2 === |
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| − | * Take the unluckiest number that falls on Friday (13). |
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| − | * Then add it to the number of nostrils on your nose (2). |
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| − | * Subtract the innings in a normal Yankees baseball game (9). |
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| − | * Solution: 13 + 2 - 9 = 6 |
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| + | Episode 3: |
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| − | === Question 3 === |
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| − | * Take Christmas Day (25). |
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| − | * Subtract the Musketeers (3). |
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| − | * Minus America's Great Lakes (5). |
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| − | * Solution: 25 - 3 - 5 = 17 |
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| + | Q1: Original States in the Union (13) - Days in a week (7) + Burgers in a Big Mac (2) = 8 |
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| − | === Episode 3 === |
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| + | Q2: Hits in a No Hitter (0) + Feet in a yard (3) - A romantic couple (2) = 1 |
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| − | ==== Question 1 ==== |
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| − | * Take the number of the original states in the Union back in 1776 (13). |
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| − | * Then subtract the days in a week (7). |
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| − | * Add the number of hamburgers in a Big Mac (2). |
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| − | * Solution: 13 - 7 + 2 = 8 |
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| + | Q3: Time difference between New York and Los Angeles (3) - Halves in a football game (2) + Numbers on a phone (10) = 11 |
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| − | === Question 2 === |
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| − | * Take the number of hits in a baseball no-hitter (0). |
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| − | * Add the feet in a yard (3). |
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| − | * Subtract a romantic couple (2). |
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| − | * Solution: 0 + 3 - 2 = 1 |
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| + | Episode 5: |
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| − | === Question 3 === |
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| − | * Take the time difference between New York and Los Angeles (3). |
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| − | * Subtract the number of halves in a football game (2). |
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| − | * Add it to the numbers on a telephone (10). |
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| − | * Solution: 3 - 2 + 10 = 11 |
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| + | Q1: Ounces in a cup (8) + Players in a tennis doubles match (4) / Eyes in your face (2) = 6 (PEMDAS is 10) |
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| − | === Episode 5 === |
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| + | Q2: Pennies in a dollar (100) + Jacks in a deck of cards (4) - Leaves on a lucky clover (4) = 100 |
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| − | ==== Question 1 ==== |
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| − | * Take the number of ounces in a cup (8). |
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| − | * Add it to the number of players in a tennis doubles match (4). |
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| − | * Divided it by the eyes on your face (2). |
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| − | * Solution: 8 + 4 / 2 = 6 |
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| − | ** PEMDAS mistake: (division comes first) 4 / 2 = 2 + 8 = 10 |
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| + | Q3: Inches in a yard (36) - Feet on a snake (0) - Sides on a pentagon (5) = 31 |
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| − | === Question 2 === |
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| − | * Take the number of pennies in a dollar (100). |
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| − | * Plus the number of jacks in a deck of cards (4). |
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| − | * Take away the leaves on a lucky clover (4) |
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| − | * Solution: 100 + 4 - 4 = 100 |
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| + | Episode 8: |
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| − | === Question 3 === |
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| − | * Take the time of inches in a yard (36). |
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| − | * Subtract the feet on a snake (0). |
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| − | * Minus the number of sides on a pentagon (5). |
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| − | * Solution: 36 - 0 - 5 = 31 |
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| + | Q1: Ice Skate skates a Figure (8) + Letters in the word word (4) / Days in a weekend (2) = 6 (PEMDAS is 10) |
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| − | === Episode 8 === |
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| + | Q2: Inches in a foot (12) + Points on a basket (2) - I’s in Misssissippi (4) = 10 |
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| − | ==== Question 1 ==== |
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| − | * Take the figure number of ice skating (8). |
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| − | * Add it to the letters in the word "word" (4). |
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| − | * Divide it by the number of days in a weekend (2). |
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| − | * Solution: 8 + 4 / 2 = 6 |
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| − | ** PEMDAS mistake: (division comes first) 4 / 2 = 2 + 8 = 10 |
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| + | Q3: Baseball players in a team (9) - Nickels in a quarter (5) - Quarts in a gallon (4) = 0 |
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| − | === Question 2 === |
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| − | * Take the number of inches in a foot (12). |
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| − | * Plus the number of points score in a dunk shot in basketball (2). |
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| − | * Take away the number of I's in Mississippi (4). |
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| − | * Solution: 12 + 2 - 4 10 |
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| + | Episode 9: |
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| − | === Question 3 === |
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| − | * Take the number of baseball players in a team (9). |
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| − | * Subtract the nickels in a quarter (5). |
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| − | * Minus the number of quarts in a gallon (4). |
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| − | * Solution: 9 - 5 - 4 = 0[[Category:Games]] |
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| + | Q1: Age you need to be to vote (18) + Years in a decade (10) / Pints in a quart (2) = 14 (PEMDAS is 13) |
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| − | === Episode 9 === |
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| + | Q2: Years in a century (100) + Roman Numeral V (5) - Frames in a game of Bowling (10) = (95) |
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| − | ==== Question 1 ==== |
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| − | * Take the age you need to be to vote (18). |
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| − | * Add it to the number of years in a decade (10). |
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| − | * Divide it by the number of pints in a quart (2). |
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| − | * Solution: 18 + 10 / 2 = 14 |
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| − | ** PEMDAS mistake: (division comes first) 10 / 2 = 5 + 8 = 13 |
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| + | Q3: Noon hour (12) - Sides in an isosceles triangle (3) - Zeros in a million (6) = 3 |
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| − | === Question 2 === |
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| − | * Take the number of years in a century (100). |
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| − | * Plus the number that Roman numeral V stands for (5). |
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| − | * Subtract the number of frames in a game of bowling (10). |
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| − | * Solution: 100 + 5 - 10 = 95 |
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| + | Episode 10 |
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| − | === Question 3 === |
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| − | * Take the noon (12). |
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| − | * Subtract the number of sides on an isosceles triangle (3). |
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| − | * Subtract the number of zeroes in a million (6). |
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| − | * Solution: 12 - 3 - 6 = 3 |
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| + | Q1: Amendments in the Bill of Rights (10) + Suits in a deck of cards (4) / James Bond’s number (7) = 2 (PEMDAS IS 10.57) |
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| − | === Episode 10 === |
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| + | Q2: Apollo Mission that had trouble (13) + Countries that border the United States (2) - Calories in a glass of water (0) = 15 |
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| − | ==== Question 1 ==== |
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| − | * Let's start with the number of Amendments on the Bill of Rights (10). |
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| − | * Add it to the number of suits in a deck of cards (4). |
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| − | * Divide it by the James Bond's number (7). |
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| − | * Solution: 10 + 4 / 7 = 2 |
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| − | ** PEMDAS mistake: (division comes first) 4 / 7 = .57 + 10 = 5.7 |
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| + | Q3: Consonants (21) - Strikes (3) + Black balls in pool (1) = 19 |
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| − | === Question 2 === |
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| − | * Take the number of the Apollo mission that had all the unlucky trouble (13). |
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| − | * Plus the number of countries that border the United States (2). |
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| − | * Take away the number of calories in a glass of water (0). |
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| − | * Solution: 13 + 2 - 0 = 15 |
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| + | Episode 11: |
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| − | === Question 3 === |
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| − | * Take the number of consonants, including the Y (21). |
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| − | * Subtract the number of strikes in baseball (3). |
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| − | * Plus the number of black balls in a game of pool (1). |
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| − | * Solution: 21 - 3 + 1 = 19 |
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| + | Q1: Planets in the Solar System (9) + Siblings in a set of quintuplets (5) / Singers in a duet (2) = 7 (PEMDAS is 11.5) (aired before Pluto was no longer a planet.) |
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| − | === Episode 11 === |
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| + | Q2: Stripes on the American Flag (13) + Players in Solitaire (1) - Wheels on a tricycle (3) = 11 |
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| − | ==== Question 1 ==== |
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| − | * We've got how many planets in the solar system (9). |
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| − | * Add it to the number of siblings in a set of quintuplets (5). |
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| − | * Divide it by the number of singers in a duet (2). |
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| − | * Solution: 9 + 5 / 2 = 7 |
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| − | ** PEMDAS mistake: (division comes first) 2 / 5 = 2.5 + 9 = 11.5 |
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| + | Q3: Cat has x lives (9) - Seasons in a year (4) + Sides in a quadrangle (4) = 9 |
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| − | === Question 2 === |
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| − | * Take the number of stripes on the American flag (13). |
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| − | * Plus the number of players in a game of solitaire (1). |
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| − | * Take away the number of wheels on a tricycle (3). |
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| − | * Solution: 13 + 1 - 3 = 11 |
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| + | Episode 12: |
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| − | === Question 3 === |
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| − | * A cat has blank lives (9). |
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| − | * Subtract it by the seasons in a year (4). |
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| − | * Plus the number of sides on a quadrangle (4). |
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| − | * Solution: 9 - 4 + 4 = 9 |
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| + | Q1: Blackjack winning number (21) + x is a crowd (3) / Primary colors (3) = 8 (PEMDAS is 22) |
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| − | === Episode 12 === |
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| + | Q2: Sides of a hexagon (6) + Eyes in a needle (1) - Blind mice (3) = 4 |
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| − | ==== Question 1 ==== |
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| − | * What is the number name for the game Blackjack (21)? |
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| − | * Add it to the number of in the phrase "two's company, blank's a crowd" (3). |
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| − | * Divide it by how many primary colors there are (3). |
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| − | * Solution: 21 + 3 / 3 = 8 |
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| − | ** PEMDAS mistake: (division comes first) 3 / 3 = 1 + 21 = 22 |
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| + | Q3: Days in February during leap year (29) - Biblical Commandments (10) + Letters in the word eight (5) = 24 |
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| − | === Question 2 === |
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| − | * Take the number of sides on a hexagon (6). |
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| − | * Plus the number of eyes on a needle (1). |
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| − | * Take away the number mice in the nursery rhyme, "Blank Blind Mice" (3). |
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| − | * Solution: 6 + 1 - 3 = 4 |
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| + | Episode 13: |
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| − | === Question 3 === |
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| − | * Take the number of days in February during a leap year (29). |
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| − | * Subtract the number of biblical commandments (10). |
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| − | * Plus the number of letters in "eight" (5). |
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| − | * Solution: 29 - 10 + 5 = 24 |
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| + | Q1: Inches in a foot (12) + Days in June (30) / Peace sign (2) = 21 (PEMDAS is 27) |
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| − | === Episode 13 === |
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| + | Q2: Snow White’s Dwarves (7) + Perfect test score (100) - Legs on an octopus (8) = 99 |
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| − | === Question 1 === |
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| − | * Take the inches in a foot (12) |
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| − | * Add it to the days in June (30) |
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| − | * Divided by Abbey's side (2) |
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| − | * Solution: 12 + 30 / 2 = (21) |
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| + | Q3: Deck of playing cards (52) - Eyes of a cyclops (1) - States in the United States (50) = 1 |
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| − | === Question 2 === |
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| − | * Snow white dwarf (7) |
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| − | * Plus the perfect test to go (100) |
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| − | * Take away the number of legs out of the octopus (8) |
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| − | * Solution: 7 + 100 - 8 = (99) |
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| + | Episode 14: |
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| − | === Question 3 === |
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| − | * Take a deck of playing cards (52) |
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| − | * Subtract the eyes of a freaky Cyclops (1) |
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| − | * Plus the space of the United States of America (50) |
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| − | * Solution: 52 - 1 + 50 = (1) |
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| + | Q1: Letters in the alphabet (26) + Kids in an empty room (0) / United States Senators in a State (2) = 13 (PEMDAS is 26) |
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| − | === Episode 14 === |
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| − | * Take the letters in the alphabet (26) |
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| − | * Add the number of kids in an empty room (0) |
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| − | * Divide by the number of United States senators from your state (2) |
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| − | * Solution: 26 + 0 / 2 = (13) |
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| + | Q2: Yards in a football field (100) + Sides of a cube (6) - A’s in aardvark (3) = 103 |
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| − | === Question 2 === |
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| − | * We go the yards in a football field (100) |
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| − | * Plus the sides of a cube (6) |
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| − | * Minus the number in the word aardvark (3) |
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| − | * Solution: 100 + 6 - 3 = (103) |
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| + | Q3: Dimes in a dollar (10) - Runs in a grand slam (4) / Wheels on a unicycle (1) = 6 |
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| − | === Question 3 === |
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| − | * Take a dimes and a dollar (10) |
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| − | * Subtract the runs in a Grand Slam (4) |
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| − | * Plus the wheels on a unicycle (1) |
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| − | * Solution: 10 - 4 / 1 = (6) |
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| − | + | Episode 20: |
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| + | Q1: Musicians in a quartet (4) + People on a jury (12) / Sides of an octagon (8) = 2 (PEMDAS is 5.5) |
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| − | ==== Question 1 ==== |
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| − | * Start with the number of musicians in a quarter (4). |
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| − | * Add it to the number of people in a jury (12). |
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| − | * Divide it by the sides on an octagon (8). |
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| − | * Solution: 4 + 12 / 8 = 2 |
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| − | ** PEMDAS mistake: (division comes first) 12 / 8 = 1.5 + 4 = 5.5 |
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| + | Q2: Pounds in a ton (2000) + Lens in a monocle (1) - Noses on your face (1) = 2000 |
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| − | === Question 2 === |
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| − | * Take the number of pounds in a ton (2000). |
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| − | * Plus the number of lenses in a monocle (1). |
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| − | * Take away the number of noses on your face (1). |
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| − | * Solution: 2000 + 1 - 1 = 2000 |
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| + | Q3: Nickels in a fifty cent piece (10) - Kids in the Brady Bunch (6) + Points in a Touchdown (6) = 10 |
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| − | === Question 3 === |
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| − | * Take the number of nickels in a 50-cent piece (10). |
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| − | * Subtract the number of kids in the Brady Bunch (6). |
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| − | * Plus the number of points in a football touchdown (6). |
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| − | * Solution: 10 - 6 + 6 = 10 |
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| − | + | Episode 21: |
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| + | Q1: Fingers on a monkey’s hand (5) * Baby Twins (2) + Legs a centipede is supposed to have (100) = 110 |
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| − | ==== Question 1 ==== |
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| − | * Start with the number of fingers on a monkey's hand (5). |
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| − | * Multiply it by a set of baby twins (2). |
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| − | * Add it to the number of legs a centipede is supposed to have (100). |
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| − | * Solution: 5 x 2 + 100 = 110 |
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| + | Q2: Hours on a clock (12) + Quarters in a dollar (4) - Points on a Field Goal (3) = 13 |
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| − | === Question 2 === |
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| − | * Take the number of hours on a clock (12). |
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| − | * Plus the number of quarters on a dollar (4). |
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| − | * Take away the number of points in a football field goal (3). |
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| − | * Solution: 12 + 4 - 3 = 13 |
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| + | Q3: Dozen Eggs (12) - Continents in the World (7) - Wheels in a wheelbarrow (1) = 4 |
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| − | === Question 3 === |
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| − | * A dozen eggs (12). |
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| − | * Subtract the number of continents in the world (7). |
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| − | * Minus the number of wheels on a wheelbarrow (2). |
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| − | * Solution: 12 - 7 - 1 = 4 |
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| − | + | Episode 27: |
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| + | Q1: Tusks on an elephant (2) + Donuts in a baker’s dozen (13) / Ice cream scoops in a triple scoop sundae (3) = 5 (PEMDAS is 6.33) |
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| − | ==== Question 1 ==== |
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| − | * Start with the number of tusks on an elephant (2). |
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| − | * Add it to the number of doughnuts in a baker's dozen (13). |
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| − | * Divide it by the number of ice cream scoops in a triple scoop sundae (3). |
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| − | * Solution: 2 + 13 / 3 = 5 |
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| − | ** PEMDAS mistake: (division comes first) 13 / 3 = 4.3 + 2 = 6.3 |
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| + | Q2: Legs on a spider (8) / Bases on a baseball diamond (4) + Date that Halloween falls on (31) = 33 |
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| − | === Question 2 === |
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| − | * Take the number of legs on a spider (8). |
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| − | * Divide it by the number of bases on a baseball diamond (4). |
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| − | * Add it to the date that Halloween falls on (31). |
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| − | * Solution: 8 / 4 + 31 = 33 |
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| + | Q3: King Henry’s Number (8) - Cells in an amoeba (1) - Points of the star on the American Flag (5) = 2 |
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| − | === Question 3 === |
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| − | * King Henry's number (8) |
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| − | * Subtract the number of cells in an amoeba (1). |
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| − | * Minus the number of points on the star on the American flag (5). |
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| − | * Solution: 8 - 1 - 5 = 2 |
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| − | + | Episode 28: |
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| + | Q1: Horns on a unicorn (1) + Numbers with the word teen in it (7) / Maximum terms a United States President can have (2) = 4 (PEMDAS is 4.5) |
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| − | ==== Question 1 ==== |
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| − | * Start with the number of horns on a unicorn (1). |
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| − | * Add it to the number of numbers with the word "teen" in them (7). |
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| − | * Divide it by the maximum number of terms the United States President conserve (2). |
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| − | * Solution: 1 + 7 / 2 = 4 |
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| − | ** PEMDAS mistake: (division comes first) 7 / 2 = 3.5 + 1 = 4.5 |
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| + | Q2: Two dozen eggs (24) + Musicians in a quintet (5) - Justices on the Supreme Court (9) = 20 |
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| − | === Question 2 === |
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| − | * Take the number of two dozen eggs (24). |
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| − | * Add the number of musicians in a quintet (5). |
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| − | * Take away the number of justices on the Supreme Court (9). |
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| − | * Solution: 24 + 5 - 9 = 20 |
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| + | Q3: Dollars on the bill Andrew Jackson is on (20) - Wise men at the Nativity (3) - Digits in an area code (3) = 14 |
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| − | === Question 3 === |
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| − | * The number of dollars in the bill Andrew Jackson is on (20). |
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| − | * Subtract the number of wise men in the Nativity (3). |
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| − | * Minus the number of digits in the United States phone area code (3). |
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| − | * Solution: 20 - 3 - 3 = 14 |
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| − | + | Episode 29: |
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| + | Q1: Date that New Year’s Eve fall on (31) + Spaces in a tic tac toe board (9) / Notes in a musical scale (8) = 5 (PEMDAS is 32.13) |
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| − | ==== Question 1 ==== |
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| − | * Start with the number of the day that New Years Eve falls on (31). |
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| − | * Add it to the number of spaces in a tic-tac-toe game (9). |
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| − | * Divide it by the number of notes in a music scale (8). |
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| − | * Solution: 31 + 9 / 8 = 5 |
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| − | ** PEMDAS mistake: (division comes first) 9 / 8 = 1.1 + 31 = 32.1 |
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| + | Q2: Holes in a standard golf course (18) + IQ of a rock (0) - Lives two cats have (18) = 0 |
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| − | === Question 2 === |
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| − | * Take the number holes in a standard golf course (18). |
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| − | * Add the number of the IQ of a rock (0). |
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| − | * Take away the number of lives two cats have (18). |
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| − | * Solution: 18 + 0 - 18 = 0 |
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| + | Q3: Dollars in a grand (1000) - Years in five centuries (500) - Centimeters in a meter (100) = 400 |
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| − | === Question 3 === |
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| − | * The number of dollars dollars in a grand (1000). |
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| − | * Subtract the number of years in five centuries (500) |
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| − | * Minus the number of centimeters in a meter (100). |
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| − | * Solution: 1000 - 500 - 100 = 400 |
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| − | + | Episode 31: |
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| + | Q1: Stripes on the American Flag (13) + Hands on Captain Hook (1) / Peas in a pod (2) = 7 (PEMDAS is 13.5) |
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| − | ==== Question 1 ==== |
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| − | * Start with the number of stripes on the American flag (13). |
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| − | * Add it to the number of hands on Captain Hook (1). |
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| − | * Divide it by the number of peas in a pod (2). |
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| − | * Solution: 13 + 1 / 2 = 7 |
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| − | ** PEMDAS mistake: (division comes first) 1 / 2 = 1/2 + 13 = 13 1/2 |
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| + | Q2: Signs of the zodiac (12) + Quarts in a gallon (4) - Sides on an octagon (8) = 8 |
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| − | === Question 2 === |
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| − | * Take the number of signs on a zodiac (12). |
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| − | * Plus the number of quarts in a gallon (4). |
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| − | * Take away the number of sides on an octagon (8). |
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| − | * Solution: 12 + 4 - 8 = 8 |
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| + | Q3: Degrees in a circle (360) - Seconds in a minute (60) Dollars you get passing Go in Monopoly (200) = 100 |
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| − | === Question 3 === |
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| − | * The number of degrees in a circle (360). |
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| − | * Subtract the number of seconds in a minute (60). |
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| − | * Minus the number of dollars you get for passing GO in a Monopoly game (200). |
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| − | * Solution: 360 - 60 - 200 = 100 |
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| − | + | Episode 33: |
|
| + | Q1: Hours in a day (24) + Legs on a grasshopper (6) / Books in a trilogy (3) = 10 (PEMDAS IS 26) |
||
| − | ==== Question 1 ==== |
||
| − | * Start with the number of hours in a day (24). |
||
| − | * Add it to the number of legs on a grasshopper (6). |
||
| − | * Divide it by the number of books in a trilogy (3). |
||
| − | * Solution: 24 + 6 / 3 = 10 |
||
| − | ** PEMDAS mistake: (division comes first) 6 / 3 = 2 + 24 = 26 |
||
| + | Q2: Points to win a ping pong game (21) + Yards in a first down (10) - Suns in our solar system (1) = 10 |
||
| − | === Question 2 === |
||
| − | * Take the number of points you need to win a ping-pong game (21). |
||
| − | * Add the number of yards in a first down in football (10). |
||
| − | * Take away the number of suns in our solar system (1). |
||
| − | * Solution: 21 + 10 - 1 = 30 |
||
| + | Q3: Words a picture is worth (1000) - Meters in a kilometer (1000) - Women that have been presidents of the United States (0) = 0 |
||
| − | === Question 3 === |
||
| − | * The number of words a picture is worth (1000). |
||
| − | * Subtract the number of meters in a kilometer (1000). |
||
| − | * Minus the number of women that have become the President of the United States (0). |
||
| − | * Solution: 1000 - 1000 - 0 = 0 |
||
| − | + | Episode 34: |
|
| + | Q1: Years in a Millennium (1000) + Legs on a flamingo (2) / States that don’t touch any other states (2) = 501 (PEMDAS is 1001) |
||
| − | ==== Question 1 ==== |
||
| − | * Start with the number of years in a millennium (1000) |
||
| − | * Add it to the number of legs on a flamingo (2). |
||
| − | * Divide it by the number of states that don't touch any other states (2). |
||
| − | * Solution: 1000 + 2 / 2 = 501 |
||
| − | ** PEMDAS mistake: (division comes first) 2 / 2 = 1 + 1000 = 1001 |
||
| + | Q2: Horns a rhinoceros has (1) + Independence Day (4) - Senses a human has (5) = 0 |
||
| − | === Question 2 === |
||
| − | * How many horns does a rhinoceros have (1)? |
||
| − | * Plus the number that Independence Day falls on (4). |
||
| − | * Take away the number of senses that a human has (5). |
||
| − | * Solution: 1 + 4 - 5 = 0 |
||
| + | Q3: Days in two weeks (14) - Horns a triceratops has (3) - Holes in a standard bowling ball (3) = 8 |
||
| − | === Question 3 === |
||
| − | * How many days are in two weeks (14)? |
||
| − | * Subtract the number of horns a Triceratops has (3). |
||
| − | * Minus the number of holes in a standard bowling ball (3). |
||
| − | * Solution: 14 - 3 - 3 = 8 |
||
| − | + | Episode 36: |
|
| + | Q1: Valentine’s Day (14) + Antennae on an ant (2) / Oceans connected by the Panama Canal (2) = 8 (PEMDAS is 15) |
||
| − | ==== Question 1 ==== |
||
| − | * Start with the number that Valentine's Day falls on (14). |
||
| − | * Add it to the number of antennas on an ant (2). |
||
| − | * Divide it by the number of oceans connected by the Panama Canal (2). |
||
| − | * Solution: 14 + 2 / 2 = 8 |
||
| − | ** PEMDAS mistake: (division comes first) 2 / 2 = 1 + 14 = 15 |
||
| + | Q2: Letters in the alphabet (26) + L’s in armadillo (2) - Snowflakes that are identical (0) = 28 |
||
| − | === Question 2 === |
||
| − | * The number of letters in the alphabet (26). |
||
| − | * Plus the number of letter L's in "armadillo" (2). |
||
| − | * Take away the number of snowflakes that are identical (0). |
||
| − | * Solution: 26 + 2 - 0 = 28 |
||
| + | Q3: State Capitals (50) - Pennies in a quarter (25) - Baseball Run (1) = 24 |
||
| − | === Question 3 === |
||
| − | * The number of state capitals (50). |
||
| − | * Subtract the number of pennies in a quarter (25). |
||
| − | * Minus the number of run counts in baseball (1). |
||
| − | * Solution: 50 - 25 - 1 = 24 |
||
| − | + | Episode 38: |
|
| + | Q1: Midnight Hour (12) + Hydrogen atoms in water (2) / Jokers in a deck of cards (2) = 7 (PEMDAS is 13) |
||
| − | ==== Question 1 ==== |
||
| − | * Start with the number of the midnight hour (12). |
||
| − | * Add it to the number of hydrogen atoms in water (2). |
||
| − | * Divide it by the number of jokers in a deck of cards (2). |
||
| − | * Solution: 12 + 2 / 2 = 7 |
||
| − | ** PEMDAS mistake: (division comes first) 2 / 2 = 1 + 12 = 13 |
||
| + | Q2: Days in June (30) + Decades in thirty years (3) - Legs on a tripod (3) = 30 |
||
| − | === Question 2 === |
||
| − | * The number of days in June (30). |
||
| − | * Plus the number of decades in 30 years (3). |
||
| − | * Take away the number of legs on a tripod (3). |
||
| − | * Solution: 30 + 3 - 3 = 30 |
||
| + | Q3: Minutes in two hours (120) - Degrees in a right angle (90) - Nickels in a dollar (20) = 10[[Category:Games]] |
||
| − | === Question 3 === |
||
| − | * The number of minutes in two hours (120). |
||
| − | * Subtract the number of degrees in a right angle (90). |
||
| − | * Minus the number of nickles in a dollar (20). |
||
| − | * Solution: 120 - 90 - 20 = 10 |
||
Revision as of 20:52, 30 June 2020
| Psycho Math | |
|---|---|
| |
| "Psycho! Pysch! Psycho! Psycho! Math!" |
Description
Psycho Math is a mathematician puzzle game. The game's eccentric and extremely entusiastic host, Professor Rocket, will introduce a 3-value math problem. However, the numbers are replaced with countable pictures and phrases. The player will have to turn each picture into a number, as well as solve the math problem using addition and subtraction, as well some sometimes using multiplication and division. It is one of the tougher games because Professor Rocket doesn't give you much time before revealing the answer.
For example: Number of minutes in an hour + the number of fingers and toes you (should) have ÷ the number of days Noah was at sea.
Which would become: 60 + 20 ÷ 40 = 2
Segments
Episode 1:
Q1: Minutes in an hour (60) + Fingers and toes (20) / Days it rained on Noah’s ark (40) = 2 (PEMDAS is 60.5)
Q2: Unluckiest day on a Friday (13) + Nostrils in a nose (2) - Innings in a baseball game (9) = 6
Q3: Christmas Day (25) - Musketeers (3) - Great Lakes (5) = 17
Episode 3:
Q1: Original States in the Union (13) - Days in a week (7) + Burgers in a Big Mac (2) = 8
Q2: Hits in a No Hitter (0) + Feet in a yard (3) - A romantic couple (2) = 1
Q3: Time difference between New York and Los Angeles (3) - Halves in a football game (2) + Numbers on a phone (10) = 11
Episode 5:
Q1: Ounces in a cup (8) + Players in a tennis doubles match (4) / Eyes in your face (2) = 6 (PEMDAS is 10)
Q2: Pennies in a dollar (100) + Jacks in a deck of cards (4) - Leaves on a lucky clover (4) = 100
Q3: Inches in a yard (36) - Feet on a snake (0) - Sides on a pentagon (5) = 31
Episode 8:
Q1: Ice Skate skates a Figure (8) + Letters in the word word (4) / Days in a weekend (2) = 6 (PEMDAS is 10)
Q2: Inches in a foot (12) + Points on a basket (2) - I’s in Misssissippi (4) = 10
Q3: Baseball players in a team (9) - Nickels in a quarter (5) - Quarts in a gallon (4) = 0
Episode 9:
Q1: Age you need to be to vote (18) + Years in a decade (10) / Pints in a quart (2) = 14 (PEMDAS is 13)
Q2: Years in a century (100) + Roman Numeral V (5) - Frames in a game of Bowling (10) = (95)
Q3: Noon hour (12) - Sides in an isosceles triangle (3) - Zeros in a million (6) = 3
Episode 10
Q1: Amendments in the Bill of Rights (10) + Suits in a deck of cards (4) / James Bond’s number (7) = 2 (PEMDAS IS 10.57)
Q2: Apollo Mission that had trouble (13) + Countries that border the United States (2) - Calories in a glass of water (0) = 15
Q3: Consonants (21) - Strikes (3) + Black balls in pool (1) = 19
Episode 11:
Q1: Planets in the Solar System (9) + Siblings in a set of quintuplets (5) / Singers in a duet (2) = 7 (PEMDAS is 11.5) (aired before Pluto was no longer a planet.)
Q2: Stripes on the American Flag (13) + Players in Solitaire (1) - Wheels on a tricycle (3) = 11
Q3: Cat has x lives (9) - Seasons in a year (4) + Sides in a quadrangle (4) = 9
Episode 12:
Q1: Blackjack winning number (21) + x is a crowd (3) / Primary colors (3) = 8 (PEMDAS is 22)
Q2: Sides of a hexagon (6) + Eyes in a needle (1) - Blind mice (3) = 4
Q3: Days in February during leap year (29) - Biblical Commandments (10) + Letters in the word eight (5) = 24
Episode 13:
Q1: Inches in a foot (12) + Days in June (30) / Peace sign (2) = 21 (PEMDAS is 27)
Q2: Snow White’s Dwarves (7) + Perfect test score (100) - Legs on an octopus (8) = 99
Q3: Deck of playing cards (52) - Eyes of a cyclops (1) - States in the United States (50) = 1
Episode 14:
Q1: Letters in the alphabet (26) + Kids in an empty room (0) / United States Senators in a State (2) = 13 (PEMDAS is 26)
Q2: Yards in a football field (100) + Sides of a cube (6) - A’s in aardvark (3) = 103
Q3: Dimes in a dollar (10) - Runs in a grand slam (4) / Wheels on a unicycle (1) = 6
Episode 20:
Q1: Musicians in a quartet (4) + People on a jury (12) / Sides of an octagon (8) = 2 (PEMDAS is 5.5)
Q2: Pounds in a ton (2000) + Lens in a monocle (1) - Noses on your face (1) = 2000
Q3: Nickels in a fifty cent piece (10) - Kids in the Brady Bunch (6) + Points in a Touchdown (6) = 10
Episode 21:
Q1: Fingers on a monkey’s hand (5) * Baby Twins (2) + Legs a centipede is supposed to have (100) = 110
Q2: Hours on a clock (12) + Quarters in a dollar (4) - Points on a Field Goal (3) = 13
Q3: Dozen Eggs (12) - Continents in the World (7) - Wheels in a wheelbarrow (1) = 4
Episode 27:
Q1: Tusks on an elephant (2) + Donuts in a baker’s dozen (13) / Ice cream scoops in a triple scoop sundae (3) = 5 (PEMDAS is 6.33)
Q2: Legs on a spider (8) / Bases on a baseball diamond (4) + Date that Halloween falls on (31) = 33
Q3: King Henry’s Number (8) - Cells in an amoeba (1) - Points of the star on the American Flag (5) = 2
Episode 28:
Q1: Horns on a unicorn (1) + Numbers with the word teen in it (7) / Maximum terms a United States President can have (2) = 4 (PEMDAS is 4.5)
Q2: Two dozen eggs (24) + Musicians in a quintet (5) - Justices on the Supreme Court (9) = 20
Q3: Dollars on the bill Andrew Jackson is on (20) - Wise men at the Nativity (3) - Digits in an area code (3) = 14
Episode 29:
Q1: Date that New Year’s Eve fall on (31) + Spaces in a tic tac toe board (9) / Notes in a musical scale (8) = 5 (PEMDAS is 32.13)
Q2: Holes in a standard golf course (18) + IQ of a rock (0) - Lives two cats have (18) = 0
Q3: Dollars in a grand (1000) - Years in five centuries (500) - Centimeters in a meter (100) = 400
Episode 31:
Q1: Stripes on the American Flag (13) + Hands on Captain Hook (1) / Peas in a pod (2) = 7 (PEMDAS is 13.5)
Q2: Signs of the zodiac (12) + Quarts in a gallon (4) - Sides on an octagon (8) = 8
Q3: Degrees in a circle (360) - Seconds in a minute (60) Dollars you get passing Go in Monopoly (200) = 100
Episode 33:
Q1: Hours in a day (24) + Legs on a grasshopper (6) / Books in a trilogy (3) = 10 (PEMDAS IS 26)
Q2: Points to win a ping pong game (21) + Yards in a first down (10) - Suns in our solar system (1) = 10
Q3: Words a picture is worth (1000) - Meters in a kilometer (1000) - Women that have been presidents of the United States (0) = 0
Episode 34:
Q1: Years in a Millennium (1000) + Legs on a flamingo (2) / States that don’t touch any other states (2) = 501 (PEMDAS is 1001)
Q2: Horns a rhinoceros has (1) + Independence Day (4) - Senses a human has (5) = 0
Q3: Days in two weeks (14) - Horns a triceratops has (3) - Holes in a standard bowling ball (3) = 8
Episode 36:
Q1: Valentine’s Day (14) + Antennae on an ant (2) / Oceans connected by the Panama Canal (2) = 8 (PEMDAS is 15)
Q2: Letters in the alphabet (26) + L’s in armadillo (2) - Snowflakes that are identical (0) = 28
Q3: State Capitals (50) - Pennies in a quarter (25) - Baseball Run (1) = 24
Episode 38:
Q1: Midnight Hour (12) + Hydrogen atoms in water (2) / Jokers in a deck of cards (2) = 7 (PEMDAS is 13)
Q2: Days in June (30) + Decades in thirty years (3) - Legs on a tripod (3) = 30
Q3: Minutes in two hours (120) - Degrees in a right angle (90) - Nickels in a dollar (20) = 10