In rational exponent there are positive rational exponent and negative rational exponent.
We know that 2³ = 8. It can also be expressed as 813 = 2.
In general if x and yare non-zero rational numbers and m is a positive integer such that xᵐ = y then we can also express it as y1m = x but we can write y1m = m√y and is called mᵗʰ root of y.
For example, y12 = 2√y, y13 = ∛y, y14 = ∜y, etc. If x is a positive rational number then for a positive ration exponent p/q we have x₀can be defined in two equivalent form.
xpq = (xp)1q = q√xp is read as qᵗʰ root of xᵖ
xpq = (x1q)p = (q√x)p is read as pᵗʰ power of qᵗʰ root of x
For example:
1. Find (125)23
Solution:
(125)23
125 can be expressed as 5 × 5 × 5 = 5³
● Exponents
Integral Exponents of a Rational Numbers
● Exponents - Worksheets
8th Grade Math Practice
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