Properties of exponents
We will show 8 properties of exponents. Let x and y be numbers that are not equal to zero and let n and m be any integers. We also assume that no denominators are equal to zero. First, we go over each property and give examples to show how to use each property. Then, at the end of this lesson, we summarize the properties.
Property #1
x
^{0} = 1
Examples:
4
^{0} = 1
(2500000000000000000000)
^{0} = 1
(x^{2} + 5x + 6)^{0} = 1
Property #2
x
^{n} × x
^{m} = x
^{n + m}
Examples: 4
^{6} × 4
^{5} = 4
^{6 + 5} = 4
^{11}
3^{2} × 3^{8} = 3^{2+8} = 3^{6}
(x + y)^{10} × (x + y)^{5} = (x + y)^{10+5} = (x + y)^{5}
Property #3
x
^{n} ÷ x
^{m} = x
^{n − m}
Examples: 4
^{6} ÷ 4
^{5} = 4
^{6 − 5} = 4
^{1}
9^{4} ÷ 9^{3} = 9^{4(3)} = 9^{4+(+3)} = 9^{7}
(a  b)^{8} ÷ (a  b)^{7} = (a  b)^{87}= (a  b)^{1} = (a  b)
Property #4
(x
^{n})
^{m} = x
^{n × m}
Examples:
(5
^{2})
^{4} = 5
^{2 × 4} = 5
^{8}
(6^{2})^{4} = 6^{2×4} = 6^{8}
(2x^{5})^{6} = (2x)^{5×6} = (2x)^{30}
Property #5
(x × y)
^{n} = x
^{n} × y
^{n}
Examples:
(6 × 7)
^{5} = 6
^{5} × 7
^{5}
(12 × 10)^{4} = 12^{4} × 10^{4}
[(x+y) × (a+b)]^{6} = (x + y)^{6} × (a + b)^{6}
Property #6
x
^{n} = 1 ÷(x
^{n}) = 1/(x
^{n})
Examples:
8
^{4} = 1 ÷ (8
^{4}) = 1 / (8
^{4})
15^{4} = 1÷15^{4} = 1/15^{4}
(ax^{2} + bx + c)^{3} = 1÷(ax^{2} + bx + c)^{3} = 1/(ax^{2} + bx + c)^{3}
Property #7
(x/y)
^{n} = x
^{n} / y
^{n}
Examples:
(8/5)
^{4} = 8
^{4} / 5
^{4}
(12/5)^{4} = 12^{4}/5^{4}
[(x+a)/(y+b)]^{3} = (x+a)^{3}/(y+b)^{3}
Property #8
Here is a table that Summarize the properties of exponents.
Any questions about properties of exponents? Let me know.

Jul 30, 21 06:15 AM
Learn quickly how to find the number of combinations with this easy to follow lesson.
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