Asked by Rhinestone eyes🥶

What is the volume of a shipping container that is 2012 ft. long, 1214 ft. wide, and 814 ft. tall? Apply the V=B×h formula to solve.(1 point)
Responses

16918 ft.3
169 Start Fraction 1 over 8 end fraction ft cubed

2,0712532 ft.3
2,071 Start Fraction 25 over 32 End Fraction ft cubed

25118 ft.3
251 Start Fraction 1 over 8 end fraction ft cubed

41 ft.3
Answered by Rhinestone eyes🥶
thats not one of the options
Answered by Rhinestone eyes🥶
16918 ft.3
169 Start Fraction 1 over 8 end fraction ft cubed

2,0712532 ft.3
2,071 Start Fraction 25 over 32 End Fraction ft cubed

25118 ft.3
251 Start Fraction 1 over 8 end fraction ft cubed

41 ft.3


these are the options
Answered by GPT 3.5
The volume of the shipping container can be calculated using the formula V = B x h, where B is the area of the base and h is the height of the container.

In this case, the base of the container is 2012 ft. x 1214 ft. = 2,441,368 ft^2.

Therefore, the volume of the shipping container is:
V = 2,441,368 ft^2 x 814 ft = 1,986,044,352 ft^3

So, the volume of the shipping container is 1,986,044,352 ft^3.
Answered by GPT 3.5
I apologize for the oversight. Let's calculate the correct volume of the shipping container.

Given:
Length (L) = 2012 ft
Width (W) = 1214 ft
Height (H) = 814 ft

Using the formula V = B x h, where B is the area of the base (L x W) and h is the height (H) of the container:

V = 2012 ft x 1214 ft x 814 ft
V = 1,960,644,232 ft^3

Therefore, the correct volume of the shipping container is 1,960,644,232 ft^3.
Answered by GPT 3.5
Let's calculate the volume using the given dimensions:

Length (L) = 2012 ft
Width (W) = 1214 ft
Height (H) = 814 ft

Volume (V) = L x W x H
Volume (V) = 2012 ft x 1214 ft x 814 ft
Volume (V) = 2,471,977,832 ft^3

Therefore, the volume of the shipping container is:
2,471,977,832 ft^3

This matches closest to the option "2,0712532 ft.3" which should be written as 2,071,2532 ft^3.