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The volume of a cone is equal to one-third of the volume of a cylinder that has the same base and height. This is similar to the way that the volume of a pyramid is equal to one-third of the volume of a prism that has the same base and height.
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Volume tells us how much space is inside a cylinder. For illustration's sake, let's say we want to know how much water a cylindrical jar can store; in this case, we will need to see the jar's volume. Find the product of the base area \((A)\) and the cylinder height \((h)\). This will give you the volume \((V)\).
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Surface Area of a Rectangle Prism Formula:
SA =\(2 [(width \times length) + (height \times length)\) \(+ (width \times height)]\)
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Surface Area of a cube \(=\) \(6 ×\) (one side of the cube)\(^2\)
Example:
\(6 \times  4^2 = 96\) m\(^2\)
 
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As the length of each edge of the cube is the same, We can find the volume of the cube if we know the length of one side: V = One side to the power of three.
There is also another way to find the volume of the cube that is Based on Area:
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A prism is a polyhedron with flat sides and bases of the same length. It is a solid object with flat sides, the same ends, and a cross-section that is the same length as the object. In Geometry, we will learn about the different prisms, such as a triangular prism, a pentagonal prism, and a hexagonal prism. Because it is a three-dimensional figure, it has both a surface area and a volume.
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The Circumference of a circle or the perimeter of a circle is the measurement of its boundary. Where the circle’s describes the region it occupied.  If a circle is opened and you make it into a straight line, its length is its circumference.
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Pythagoras theorem says if a triangle is right-angled (\(90\) degrees), the square of the hypotenuse is equal to the sum of the squares of the other \(2\) sides.
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It is possible to solve a lot of easy probability problems merely by understanding \(2\) basic rules, which are:

• The possibility of any sample point could be in a range of \(0\) to \(1\).
• The total probabilities of all the sample points within a sample space equals \(1\).

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Finding the square root of an integer can be accomplished in one of four ways, which are as follows:

• Repeated Subtraction
• Prime Factorization ...

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