Math Formulas

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A

Area of a circle

Formula = \(\pi r^2 \).
Where,
r = the radius of the circle, and
\(\pi\) = a constant with approximate 3.142.

Unit of measurement = cubic unit, e.g \(cm^2\)

Area of a cuboid

Formula = 2WL + 2LH + 2WH.
That is, (2 * W * L) + (2 * L * H) + (2 * W * H):
Where,
W = the width of the cuboid, and
L = the length of the cuboid, and
H = the height of the cuboid.
Unit of measurement = cubic unit, e.g \(cm^2\)

Area of a parallelogram

Formula = b * h.
Where,
b = the base of the parallelogram, and
h = the perpendicular height of the parallelogram.
Unit of measurement = cubic unit, e.g \(cm^2\)

Area of a rectangle

Formula = L * B.
Where,
L = the length of the rectangle, and
B = the breadth of the rectangle.
Unit of measurement = cubic unit, e.g \(cm^2\)

Area of a square

Formula = \(a^2\).
Where,
a = the length of one of the sides of the square.
Unit of measurement = cubic unit, e.g \(cm^2\)

Area of a trapezium

Formula = \(\frac{1}{2}\)h * (a + b)
Where,
a and b = the 2 parallel sides of the trapezium, and
h = the perpendicular height of the trapezium.
Unit of measurement = cubic unit, e.g \(cm^2\)

Area of a triangle

Formula = \(\frac{1}{2}\)b*h.
Where,
b = the base of the triangle, and
h = the height of the triangle.
Unit of measurement = cubic unit, e.g \(cm^2\)

C

Circumference of a Circle

Symbol: C
Formula = \(2 \pi r \).
Where,
r = the radius of the circle, and
\(\pi\) = a constant with approximate 3.142.

Unit of measurement = unit, e.g \(cm\)

K

Kilometer to mile

Formula = 1 Km = 0.6214 Mi, consequently:
1 Mi = 1.6 Km

Where,
Km = Kilometer, and
Mi = Mile

M

Mile to Kilometer

Formula = 1 Mi = 1.6 Km, consequently:
1 Km = 0.62 Mi

Where,
Km = Kilometer, and
Mi = Mile

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