A shape has no volume. It is two-dimensional, and thus only has height and width - no depth. For shape, area describes how much space it takes up. Volume describes how much space a three-dimensional solid takes up. Just a few examples: Square: s2 Equilateral Triangle: [(sqrt3)/4]s2 Rectange: LW Cube: a3 Rectangular Prism: LWH Pyramid: (1/3)Ah To compute the volume of a complex solid, break it down into a series of solids that you CAN find the volume of individually, and then add the volumes to get the total volume. For instance, to find the volume of a single picket fence post, breakit down into a rectangular prism and a wedge, find their separate volumes, and then add them.
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To find the volume of a shape, use the appropriate formula based on the shape's geometry. For example, the volume of a cube is calculated by V = s^3 where s is the length of one side. Use the correct formula and input the necessary measurements to find the volume of the shape.
To find the volume of an element, calculate the product of its length, width, and height if it is a rectangular shape. If the element is a cylinder, calculate the volume using the formula V = πr²h, where r is the radius and h is the height. For irregular shapes, use integration or approximation methods to find the volume.
water
A liquid does not have a definite shape; it takes the shape of its container. This is because the particles in a liquid are free to move and flow past one another.
The formula to find the density of an irregular shaped object involves dividing the mass of the object by its volume. To determine the volume of an irregular shaped object, you can use methods such as water displacement or integral calculus to find the object's volume.
You can find the diameter of an asteroid knowing its density and mass by using the formula for volume of a sphere (V = 4/3 * π * r^3, where r is the radius) and density (density = mass/volume). With the asteroid's mass, you can calculate its volume using density, and then find the radius using the volume formula. Finally, double the radius to find the diameter.