Question
A delivery truck service needs to transport 75 boxes. The boxes are all cubes with a side length of 18 in. How much space will the service need to transport the boxes? Use the formula for the volume of a cube.(1 point) Responses 24,300 in.2 24,300 in. squared 1,350 in.3 1,350 in. cube 437,400 in.3 437,400 in. cubed 5,832 in.3
Answers
GPT 3.5
To find the volume of one cube, we will use the formula for the volume of a cube, which is:
V = s^3
where V represents volume and s represents the side length of the cube.
Plugging in the given side length of 18 in:
V = 18^3
V = 5832 in^3
Now, we multiply the volume of one cube by the total number of boxes to find the total space needed to transport all 75 boxes:
Total space = 5832 in^3 * 75
Total space = 437,400 in^3
Therefore, the delivery truck service will need 437,400 in^3 of space to transport the 75 boxes.
V = s^3
where V represents volume and s represents the side length of the cube.
Plugging in the given side length of 18 in:
V = 18^3
V = 5832 in^3
Now, we multiply the volume of one cube by the total number of boxes to find the total space needed to transport all 75 boxes:
Total space = 5832 in^3 * 75
Total space = 437,400 in^3
Therefore, the delivery truck service will need 437,400 in^3 of space to transport the 75 boxes.