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2020 AMC 8 Problems. Problem 1. Luka is making lemonade to sell at a school fundraiser. His recipe requires 4 times as much water as sugar and twice as much sugar as lemon juice. He uses 3 cups of lemon juice. How many cups of water does he need? Problem 2.
2016 AMC 8. Problem 1. The longest professional tennis match ever played lasted a total of 11 hours and minutes. How many minutes was this? Problem 2. In rectangle , and. Point is the midpoint of . What is the area of ? Problem 3. Four students take an exam. Three of their scores are 70, 80, and 90.
AMC 8 Mock Test Problems Problem 1 s Ft Eu Fv E® F trtr E trts L (A) Fsrss (B) Fsrsr (C) r (D) srsr (E) srss Problem 2 What is the number halfway between 5 5 : and 5 6 4? (A) 5 5 : 4 (B) 5 < 4 (C) 5 5 < (D) = 5 : 4 (E) 5 = Problem 3 A triangular corner with side length s pn L qn L Ú is cut from equilateral triangle mno of side length 3.
14. Nicolas is planning to send a package to his friend Anton, who is a stamp collector. To pay for the postage, Nicolas would like to cover the package with a large number of stamps. Suppose he has a collection of 5 -cent, 10 -cent, and 25 -cent stamps, with exactly 20 of each type.
2018 AMC 8 Problems Problem 1 An amusement park has a collection of scale models, with ratio , of buildings and other sights from around the country. The height of the United States Capitol is 289 feet. What is the height in feet of its replica to the nearest whole number? Problem 2 What is the value of the product Problem 3
The problems and solutions for this AMC 8 were prepared by the MAA AMC 8 Editorial Board under the direction of: Silva Chang. The MAA AMC ofice reserves the right to disqualify scores from a school if it determines that the rules or the required security procedures were not followed.
Problem 8 Ricardo has 2020 coins, some of which are pennies (l -cent coins) and the rest of which are nickels (5-cent coins). He has at least one penny and at least one nickel. What is the difference in cents between the greatest possible and least possible amounts of money that Ricardo can have? (A) 8062 (B) 8068 (C) 8072 (D) 8076 (E) 8082 ...
