For this case the volume of the box is given by:
V = l * w * h
Where,
V = 24 feet ^ 3
Substituting values we have:
24 = l * w * h
Clearing the value of h we have:
h = 24 / (l * w)
Answer:
The height in terms of the other sides is:
h = 24 / (l * w)
1) 63 degrees
2) 44 degrees
3) 160 degrees
4) 89 degrees
5) 76 degrees
6) 143 degrees
7) 105 degrees
When the container is filled with water it can hold approximately b. 18g.
Step-by-step explanation:
Step 1:
The edge length of the container is 16 inches long.
The volume of a cube is obtained by taking the cube of the edge length.
The volume of the container
cubic inches.
So the volume of the cube-shaped container is 4,096 cubic inches.
Step 2:
If 1 gallon equals 231 cubic inches, we need to determine how much gallons could be held in 4,096 cubic inches.
To do this we divide the volume of the container by the cubic inches in one gallon.
The number of gallons in the container
gallons.
Rounding this off, we get that the container can hold 18 gallons of water.
Answer:
TILE SIZES
Contemporary tiles are available in a variety of colors, styles, tile sizes, and shapes, which allows you to create a truly personalized space. Tile sizes are dependent on materials and intended uses, and they have increased dramatically over the years. But while there are some standard tile sizes, there are also a lot of manufacturers that make tiles in sizes specific to their in-house designs. Producers offer an enormous variety of products from very small 0.5” x 0.5” mosaic to large 24” x 24” tiles to suit in any house design and satisfy any customer needs.