There is a pile of apples, three in three, four in four, five in five, and there are more than two______ One

3. 4 and 5 are coprime numbers. The least common multiple of 3, 4 and 5 is: 3 × 4 × 5 = 60, 60 + 2 = 62. A: there are at least 62 apples in this pile. So the answer is: 62

How many apples are there in a pile of apples if there are three, three, five, three, seven, seven, five
2) If the pile of apples is around 200, how many are there?
2) If the pile of apples is around 200, how many are there?
There is a process!!!!!

Three, three, and the last one, if five, five, and the last three, if seven, and seven, and the last five
Can be seen as
Three, three, two less. If five, five, two less. If seven, seven, two less
The number of apples is the common multiple of 3,5,7 minus 2
So at least 3 × 5 × 7-2 = 103
About 200, that is 3 × 5 × 7 × 2-2 = 208
(you can verify it yourself. It's absolutely right.)

There is a pile of apples. There are two apples for three, three apples for four, three apples for four, and four apples for five. How many apples are there in this pile?

3x+2=4y+3=5z+4
x=19
y=14
z=11
This number = 3x + 2 = 59
There are 59 apples in this pile

There are four apples in a pile of seven, two apples in a pile of five, and three apples in a pile of three books. How many apples are there?

According to the meaning of the question, the number of apples in this pile divided by 5 and 7 is more than - 3. According to the meaning of the question, the number of apples that satisfy the following conditions is at least [5,7] - 3 = 35-2 = 32. At this time, the number of apples can be expressed as (32 + 35K) (k is a natural number). According to the meaning of the question, the number of apples in this pile is a multiple of 3

There is a pile of apples, three in three, four in four, five in five, and there are more than two______ One