The ratio of the number of apples in basket a and Z is 1:4. If 14 apples are taken from basket B and put into basket a, the ratio of apples in basket a and Z is 3:5. How many apples are there in each basket?

The ratio of the number of apples in basket a and Z is 1:4. If 14 apples are taken from basket B and put into basket a, the ratio of apples in basket a and Z is 3:5. How many apples are there in each basket?

It turns out that the number of apples in a basket is the total
1÷（1+4）=1/5
Later, the number of apples in a basket was the total
3÷（3+5）=3/8
Apple shares
14 (3 / 8-1 / 5) = 80 (pieces)
It turns out that the armour basket has
80 × 1 / 5 = 16
It turns out that basket B has
80-16 = 64

There are two baskets of apples. The ratio of apple a to Apple B is 5:3. If 14 apples are taken from a and put into B, the number of apple a and apple B is 1:2. How many apples does a and B have

Let's say that at the beginning, apple a and apple B are 5x and 3x respectively. Then (5x-14): (3x + 14) = 1:2, and the solution is x = 6. Then there are 30 apples in a and 18 apples in B

There are two baskets of apples a and B. the number of apples in basket a is 30 less than that in basket B. now take six apples out of basket a and put them into basket B. the number ratio of apples in basket a and B is 4:7. How many apples are there in basket B?

(30 + 6 × 2) / (7-4) × 7, = 42 ／ 3 × 7, = 98; answer: there are 98 apples in basket B

There are two baskets of apples with equal weight. Take 7kg out of the first basket. Put 19kg into the second basket. At this time, the weight of the second basket is three times that of the first basket?

(x-7)×3=x+19 3x-21=x+19 x=20