Multiply the base*height*width.
Lateral Area= p times h p= perimeter of the base h=height of the figure Surface Area= Lateral Area + 2 times (B) B= Area of base
30. It's the Base Area times the height.
I think you mean the volume. It is the base x height x length.
The answer will depend on which of the three measures is the height. Ignore that one and multiply the other two to get the base area.
704
To find the height of the box, you first need to determine the dimensions of the base. Since the area of the base is 32 square centimetres, you can find the side lengths by taking the square root of 32, which is approximately 5.66 cm. Next, you can calculate the height by dividing the volume of the box (96 cubic centimetres) by the area of the base (32 square centimetres), resulting in a height of 3 cm.
Multiply the base*height*width.
96cm3/ 32cm2 = 3cm
The height is irrelevant to the area of the base, which is (8 inches)(3.5 inches) or 28 square inches.
Lateral Area= p times h p= perimeter of the base h=height of the figure Surface Area= Lateral Area + 2 times (B) B= Area of base
30. It's the Base Area times the height.
I think you mean the volume. It is the base x height x length.
The answer will depend on which of the three measures is the height. Ignore that one and multiply the other two to get the base area.
Handcarts have wheels thus reducing friction. Its base area is also perfect on moving a large box.
if you regard the base area to be the smallest face on the box like normal people do, (the bottom or the top), it is 3.5 x 8, which is 28 units.
8 x 3.5 = 28 square inches