There are two boxes of apples in A and B, if you take 10 kg from box A and put it in basket B, the t

After taking 10 kg from frame A and putting it into basket B, the number of apples in the two boxes is x, then the original box A has x+10, and box B has x-10

After taking the apple for the second time, the nail box remains: x

After taking the apple for the second time, box B remains: x-20

Then the column equation is: x*3 10-(x-20)*1 3=5 to solve the equation, x=50

Then the original box A has x+10=60, and box B has x-10=40

Look at it, look at it, take a closer look

Here's the equation

After taking 10 kg from frame A and putting it into basket B, the number of apples in the two boxes is x, then the original box A has x+10, and box B has x-10

After taking the apple for the second time, the nail box remains: x

After taking the apple for the second time, box B remains: x-20

Then the column equation is: x*3 10-(x-20)*1 3=5 to solve the equation, x=50

Then the original box A has x+10=60, and box B has x-10=40

Let A x, B y, equation 1: x-10=y+10, equation 2: 3(x-10) 10-(y-10) 3=5

The solution yields x=60 and y=40

Let A be x, B be y, Equation 1: x-10=y+10, Equation 2: (x-10)*(3 10)-(y-10)*(1 3)=5

The solution yields x=60kg, y=40kg

Why is this question in computer common sense? No, the problem is that the computer won't turn on? Hehe.

Let B be x. A is (x+20).

Equation: 100 = (2x+20).

80=2x40=x

Solution: B is 40. A is 60.

Summary. 20 kg of apples in each of the two boxes of A and B, take out 4 kg from frame A and put them into box B, so frame A is 20-4 16, and box B is 20+4 24

20 kg of apples in each of the two boxes of A and B, take out 4 kg from frame A and put them in box B, at this time, how many apples are more than box A?

20 kg of apples in each of the two boxes of A and B, take out 4 kg from frame A and put them into box B, so frame A is 20-4 16, and box B is 20+4 24

B is 24-16 more than Box A 8

At this time, there are 8 16 1 2 more apples in frame B than in box A

So it's 1 2

I hope I can help you and have a great day.

Summary. Hello, I am Mr. BUT, and I have provided consulting services to nearly 3,000 people, with a cumulative service time of more than 5,000 hours! I've seen your question, and I'm sorting out the answer, it will take about three minutes, so please wait a while

There are two baskets of apples of equal mass in A and B, and 8 kg is taken out of frame A and put into box B, and the mass of apples in box B is at this time.

Hello, I am a BUT teacher, and I have provided consulting services to 3,000 people, with a total of more than 5,000 hours of service! I've seen your question, and I'm sorting out the answer now, it will take about three minutes, so please wait a while

Hello, it is a pleasure to answer your question There are two baskets of apples with equal weight, take out 8 kg from box A and put it into box B, at this time, the mass of the apples in the box is equal to: weight = 2 (7 8) = 7 4 kg. Hope mine is helpful to you<>

weight = 2 (7 8) = 7 4 kg;

If you don't understand anything about this question, you can ask it

If you draw the picture, you can see that the 20 apples taken out of the basket are similar to the total number of limbs of the calendar 1 4, and the basket originally had 20 * 4 2 = 40 (pieces) of hope.

After taking 10 kg from frame A and putting it into basket B, the number of apples in the two boxes is x, then the original box A has x+10, and box B has x-10

After taking the apple for the second time, the nail box remains: x

After taking the apple for the second time, box B remains: x-20

Then the column equation is: x*3 10-(x-20)*1 3=5 to solve the equation, x=50

Then the original box A has x+10=60, and box B has x-10=40

If 4 kg is taken out of basket A and put into basket B, the apples in both baskets weigh the same, that is, basket A has more than basket B: 4 4 8 (kg).

There are more apples in basket A than in basket B: 5 3 2 (parts).

Each serving is: 8 2 4 (kg).

A basket original: 4*5 20 (kg).

B basket original: 4*3 12 (kg).

(kg) A: A frame original.

kilograms of apples.

Solution: According to the title: A-B = 20

So: Method 1: Calculate B first: B = (20*3 10-5) (1 3-3 10) + 10 = 40

Then: A = 40 + 20 = 60

Method 2: Calculate A first: A = (20*1 3-5) (1 3-3 10) + 10 = 60

Then: B = 60-20 = 40

Method 1: Analysis:

If 10 kilograms are taken out of each basket, then A still has 20 kilograms more than B. 20*3 10 means that A will take out more than B if it is under the same conditions (with B as the standard: here the standard is:

B-10). But the reality is that there are only 5 more, and there is a difference. That's because with the same amount, A takes out the standard 3 10 and B takes out the standard 1 3

Their difference is 1. So: 1 (1 3-3 10) = B-10. So: B: 40 A: 60

Method 2: In the same way: but with A as the standard.

If 4 kg is taken out of basket A and put into basket B, the apples in both baskets weigh the same, that is, basket A has more than basket B: 4 4 8 (kg).

There are more apples in basket A than in basket B: 5 3 2 (parts).

Each serving is: 8 2 4 (kg).

A basket original: 4*5 20 (kg).

B basket original: 4*3 12 (kg).

Basket A plus basket B gives as much as basket A, a total of 24

So a basket 24 2 = 12

Basket B 24+12=36

The two baskets of A and B have 36,12 kg respectively.