An aquarium can be modeled as a right rectangular prism and it can hold 1368 cubic inches of water when
is full. Its length is 19 in and width is 9 in. Find the height of the aquarium in inches. Rould your answer to
the nearest tenth if necessary.

Question

UpStudy AI · Accepted Answer

1. The volume $$ V $$ of a right rectangular prism is given by:
   $$
   V = \text{length} \times \text{width} \times \text{height}
   $$

2. Substitute the given values:
   $$
   1368 = 19 \times 9 \times h
   $$

3. First, calculate the product of the length and width:
   $$
   19 \times 9 = 171
   $$

4. This gives:
   $$
   1368 = 171 \times h
   $$

5. Solve for $$ h $$ by dividing both sides by 171:
   $$
   h = \frac{1368}{171}
   $$

6. Perform the division:
   $$
   h = 8
   $$

7. The height of the aquarium is $$ 8 $$ inches.
The height of the aquarium is 8 inches.

An aquarium can be modeled as a right rectangular prism and it can hold 1368 cubic inches of water when
is full. Its length is 19 in and width is 9 in. Find the height of the aquarium in inches. Rould your answer to
the nearest tenth if necessary.

Upstudy AI Solution

Answer

Solution

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Latest Geometry Questions

An aquarium can be modeled as a right rectangular prism and it can hold 1368 cubic inches of water when is full. Its length is 19 in and width is 9 in. Find the height of the aquarium in inches. Rould your answer to the nearest tenth if necessary.

Upstudy AI Solution

Answer

Solution

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Related Questions

Latest Geometry Questions

An aquarium can be modeled as a right rectangular prism and it can hold 1368 cubic inches of water when
is full. Its length is 19 in and width is 9 in. Find the height of the aquarium in inches. Rould your answer to
the nearest tenth if necessary.