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let t be the area of the top s be the area of the side and f be the area of the front L=length W=width H=height s=WxH t=LxW f=LxH To find the volume we need L X W X H=(t/w)(s/h)(f/l)=tsf/Volume of the box So the volume squared = tsf which we are given and we just need to take the square root of that. So your answer is squareroot (rst)=volume of the box.

Q: How do you find the volume of a rectangular box if you were given the areas of three sides length width and height the areas are r s and t?

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When you change the linear size it changes the areas by the square and the volume of the cube.

What is the surface area of a box whose length is 8, width is 3, and height is 4? This box has 6 faces: two rectangular faces are 8 by 4, two rectangular faces are 4 by 3, and two rectangular faces are 8 by 3. Adding the areas of all these faces, we get the surface area of the box: 8 × 4 + 8 × 4 + 4 × 3 + 4 × 3 + 8 × 3 + 8 × 3 = 32 + 32 + 12 + 12 +24 + 24= 136 A cube is a three-dimensional figure having six matching square sides. If L is the length of one of its sides, the volume of the cube is L3 = L × L × L. A cube has six square-shaped sides. The surface area of a cube is six times the area of one of these sides What is the volume and surface are of a cube having a side-length of 2.1 cm? Its volume would be 2.1 × 2.1 × 2.1 = 9.261 cubic centimeters. Its surface area would be 6 × 2.1 × 2.1 = 26.46 square centimeters

There cannot be an area of 15 metres. A metre is a measure of distance, not of area. Areas must be measured in squared units of distance.

If it is a rectangle then area is height times width

Area triangle = 1/2 base x height Area square = length x width = 10in x 10in = 100sq in. Area triangle = area square Therefore: 1/2 x 10in x height = 100sq in height = 100 sq in x 2 / 10 in = 20 in

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The volume is calculated by length*width*height. If you are only the area then you could not solve the problem without be given the length of one of the sides. The area is calculated as length*width.

Add the areas of the six surfaces.

Just add up all the areas of the faces. If l, w, h are the length, width, and height, then SA = 2(lw + wh + lh)

They both are areas. Just Kidding. Both of them have to have a height and length.

volume of trapezium = 1/2* (a1+a2)*h* length where a1,a2 are the base areas respectively and h is the height its a good formula but here is a easier one 1/2*(Area of top + Area of bottom)*Height*lenght

It depends on what numbers are squared. The length, width and height MUST be linear measures: they cannot be given in square units. You could have been given the areas of the faces, in which case there is a simple but different method to calculate the volume.

Square Cm is a unit of Area. Cubic Cm is a unit of volume. You can't change areas into volumes, just as you can't change weight into length. They are different types of measurement. . If you know the size of an area, and if, and only if, that area has a thickness that you can measure, then you can calculate the volume. But, you do not 'convert' it to a volume, you calculate it's volume . To calculate volume you need 3 measurements, length, width, height. To calculate area you need only 2 measurements , length ,and width.

The volume of anything is always the area of the base of the object times the height. Therefore, to find the volume the object must have a height, which makes volume work with all 3D shapes. If one is looking at a 2D shape, then there is no height so a volume cannot be calculated (note: areas may be found of 2D shapes).

When you change the linear size it changes the areas by the square and the volume of the cube.

0.8/5 = 0.16 0.16 * 180 = 12.8 cm.

What is the surface area of a box whose length is 8, width is 3, and height is 4? This box has 6 faces: two rectangular faces are 8 by 4, two rectangular faces are 4 by 3, and two rectangular faces are 8 by 3. Adding the areas of all these faces, we get the surface area of the box: 8 × 4 + 8 × 4 + 4 × 3 + 4 × 3 + 8 × 3 + 8 × 3 = 32 + 32 + 12 + 12 +24 + 24= 136 A cube is a three-dimensional figure having six matching square sides. If L is the length of one of its sides, the volume of the cube is L3 = L × L × L. A cube has six square-shaped sides. The surface area of a cube is six times the area of one of these sides What is the volume and surface are of a cube having a side-length of 2.1 cm? Its volume would be 2.1 × 2.1 × 2.1 = 9.261 cubic centimeters. Its surface area would be 6 × 2.1 × 2.1 = 26.46 square centimeters

You will need to know the square footage of the area you wish to install new siding. On a rectangular area, you would measure length and multiply it by the height. On a triangular area, you would measure the length, multiply it by the height, and then divide it by two. Total all of the areas together, and this will give you the square footage that the siding contractor will need to estimate your costs, or, if you are doing the siding yourself, you can use this square footage to determine how many boxes of siding you would need to purchase.