Multiple & Factor( Week 24 Evaluation) 1. Jessica bought more than 3 apples. Counting by 3s, there is one apple left. Counting by 4s, there is one apple left too. At least, how many apples did she buy? 2. Three consecutive multiples of 35 have a sum of 1155? What is the smallest number among the three numbers? 3. If x + 3 is a multiple of 5, which of the following must be the next greater multiples of 5? 4. Jennifer, Edward, and John are riding a bike around a 1000 yards circular track. They start at the same place, same time and in the same direction, but each rides at different speed with Jennifer at 751 yards per minute, Edward at 801 yards per minute, and John at 851 yards per minute. What is the least number of minutes will it take for all three to be together again? 5. A number is greater than 2. When the number is divided either by 5 or 7, the remainder is 2. What is the smallest possible even number that has the above property? 6. Ed has a certain amount of money to spend on 3 types of gifts, and their prices are $5, $6, and $7 each respectively. If he spends all the money on any single type of gifts, there will all be $1 left. The amount of money Ed has is more than $7. At least, how much (in dollars) money does Ed have? 7. Which of the following has the most factors? 8. 24 apples are to be divided into equal piles. There are more than 1 but less than 24 apples in each pile. At most how many ways could the apples be divided? 9. A jar contains between 90 and 130 candies. If candies are taken out from the jar 5 at a time, there will be 4 candies left. If candies are taken out from the jar 6 at a time, there will be 5 candies left. How many candies are in the jar? 10. Jackson collects coins and also loves math. When asked how many coins he had collected, he said the following: "If I arrange them in stacks of 4 each, none are left over. If I arrange them in stacks of 9 each, none are left over also. However, one is left over if I arrange them in stacks of 13 each". What is the smallest number of coins Jackson could have collected? |