Orchard C has 294 fruit trees.
Let's denote the number of fruit trees in Orchard B as B. According to the given information:
1.Orchard A has 60 fewer fruit trees than Orchard B, so the number of trees in Orchard
A is B−60.
2. Orchard C has 3 times as many fruit trees as Orchard B, so the number of trees in Orchard C is
3B.
The total number of fruit trees for all three orchards is given as 430, so we can set up an equation:
(B−60)+B+3B=430
Now, combine like terms:
5B−60=430
Add 60 to both sides of the equation:
5B=490
Divide both sides by 5 to solve for
B=98
Now that we know the number of fruit trees in Orchard B, we can find the number of trees in Orchard C:
Orchard C
Orchard C=3B=3×98=294
So, Orchard C has 294 fruit trees.
So, Orchard A has 38 fruit trees, Orchard B has 98 fruit trees, and Orchard C has 294 fruit trees.
Sure, let's denote the number of fruit trees in Orchard B as
Orchard A has 60 fewer fruit trees than Orchard B, so the number of fruit trees in Orchard A is B−60.
Orchard C has 3 times as many fruit trees as Orchard B, so the number of fruit trees in Orchard C is 3B.
Now, we know that the total number of fruit trees is 430:
B−60)+B+3B=430
Combine like terms:
5B−60=430
Add 60 to both sides of the equation:
5B=490
Divide both sides by 5:
B=98
Now that we know the number of fruit trees in Orchard B (B=98), we can find the number of fruit trees in Orchard A and Orchard C:
Orchard A: B−60=98−60=38
Orchard C: 3B=3×98=294
So, Orchard A has 38 fruit trees, Orchard B has 98 fruit trees, and Orchard C has 294 fruit trees.