Jeffrey caught 8 worms in his backyard. 4 worms had a length of 3 inches. The other 4 worms were all the same size. The total length of all the worms combined is 32 inches. Which equation below represents the lengths of all the worms?

Answer 1

Let x be the length of the other 4 worms.
The total length of the first 4 worms is 3 * 4 = <<3*4=12>>12 inches.
The total length of all the worms is x + 12 = <<x+12=32>>32 inches.
Combining like terms, we get x = 32 - 12 = <<32-12=20>>20 inches.
The equation that represents the lengths of all the worms is x = 20. Answer: \boxed{x=20}.

Answer 2

wrong.

Answer 3

Apologies for the mistake. Let's denote the length of the other 4 worms as y inches.

We know that the total length of the first 4 worms is 3 inches each, so it is 3*4 = 12 inches.

The total length of all the worms is 12 + y*4 = 32 inches.

Thus, the equation that represents the lengths of all the worms is 12 + 4y = 32.

Answer 4

A.4x + 3 = 32
B. 4x + 3x = 32
C. 3(x + 4) = 32
D. 4(x + 3) = 32

Answer 5

The correct equation that represents the lengths of all the worms is option D: 4(x + 3) = 32.

Let's break it down:
x represents the length of the other 4 worms.
3 represents the length of the first 4 worms.
4(x + 3) represents the total length of all the worms.
32 represents the total length of all the worms combined.