There are 150 cartons of apples that are left after four cartloads are left, how many cartons are pa

150 boxes, transport away 4 cars, there are 6 boxes left, find how many boxes each car contains, the column formula is as follows: (150-6) 4=36 boxes.

On average, 36 boxes are packed per car.

There were originally 150 boxes of apples, and after 4 carts were transported, there were still 6 boxes left.

Then the number of cartons of apples shipped away is 150-6=144 cases.

The average number of boxes per car is 144 4 = 36 boxes.

A: The average loading per car is 36 boxes.

Let's calculate how many cars you need to pack for 400 boxes of apples: 400 65=

It can be seen that after loading 6 cars, there are still 10 boxes of apples left, so 6 cars cannot be transported.

1200 boxes.

A: Six trucks of this state shirt carried a total of 1,200 boxes of apples five times.

960 boxes of apples were transported in five trips in three carts, and the formula 960 was divided by 3 and then divided by 5 to get the result that each cart contained 64 carts.

960960 boxes of apples were transported in five times by three trapped trucks, and the formula 960960 was divided by 3

Divide 3 by 5, and Hu Song results in 64 cars per car.

110 boxes. According to the title, after transporting 170 boxes, there are still 720-170 = 550 boxes of apples left in the orchard, so that the Wunaichong trucks need to transport an average of 550 5 = 110 boxes of apples per vehicle in order to be just finished.

Seven hundred chong or two minus one hundred and seven equals five hundred and five scattered states, which means that there are five hundred and fifty boxes of apple dumplings left. Five hundred and five divided by five equals one hundred and one. Each car had to carry 110 boxes of apples.

My math teacher didn't get my words wrong 82-40=42 (box).

A: The first truck took away 42 boxes of apples.

There are 300 boxes of apples, and one truck can transport 56 boxes at a time, which can be transported in 6 times.

336 300, so it can be shipped.

The rules of multiplication:1) Digit alignment, from the right, use the number on each of the second factor to multiply the first and last spine factors, multiply to which digit, and the end of the number will be aligned with which digit of the second factor.

2) Add up the numbers multiplied several times, for example, there is a multiplication of 0 at the end of the integer, you can first multiply the numbers in front of 0, and then see how many zeros there are at the end of each factor, and add a few zeros at the end of the multiplied number.

Each car can transport 6 boxes of apples, a total of 25 boxes of apples, can 3 cars be transported at one time?

6 3 = 18 boxes.

18 boxes< 25 boxes.

It can't be shipped all at once.