Q: What is the formula for finding the volume of a composite 3-D shape?

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There is no single formula, unless you consider the following:Sum(Area of each part of the composite shape calculated according to its bus-formula).

The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.

The formula to find the volume of a object or container in cc (cubic centimeters) depends on its shape. Different formulae are used for spherical, triangular, rectangular, cylindrical, etc. shapes. There is no formula for finding the volume of irregular shapes.

Rectangles, being two-dimensional objects, do not have volume. Rectangular prisms, on the other hand, do. The equation for their volume is length*width*height, or lwh.

A pentagon is a 2-dimensional shape and therefore has no volume whatsoever. As a result, the formula is very simple: Volume = 0 units

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There is no single formula, unless you consider the following:Sum(Area of each part of the composite shape calculated according to its bus-formula).

The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.The first step is to figure out what shape the net will make when converted to 3-dimensions. Then, if you are lucky, there will be a suitable formula for finding the volume of such a shape.

It depends on the shape of the material removed.

The Area of its base times the height of the shape.

To find the volume of a composite figure, you would need to break it down into simpler shapes (such as cubes, prisms, cylinders, etc.), calculate the volume of each individual shape using its respective formula, and then add or subtract the volumes of the individual shapes to find the total volume of the composite figure.

There is none because a triangle is a 2D shape -------------------------------------------------------------------------------- There is not one. Triangles are two dimensional, volume is three dimensional, a triangle can therefore have an area but not a volume.

The formula to find the volume of a object or container in cc (cubic centimeters) depends on its shape. Different formulae are used for spherical, triangular, rectangular, cylindrical, etc. shapes. There is no formula for finding the volume of irregular shapes.

Rectangles, being two-dimensional objects, do not have volume. Rectangular prisms, on the other hand, do. The equation for their volume is length*width*height, or lwh.

It depends on the shape. The formula for the volume of a sphere is quite different from that for the volume of a cube.

You get the Volume by using formulas. There is usually a specific formula to find the volume of each shape. Some irregular shapes may not have a formula.

A person cannot determine the area of a shape without a formula for a composite figure. A formula must always be implemented in order to properly come with an equation.

It depends on the exact shape. For a square or rectangle, it would be length times width times height.