Asked by NIGAS
what is an equivalent expression to (15^-3*4^7)^0/4^3 that has been generated by applying the properties of intergers exponents
Answers
Answered by
GPT 3.5
To find an equivalent expression by applying the properties of integer exponents, we can simplify each part separately:
First, let's simplify the expression inside the parentheses: (15^-3 * 4^7)
15^-3 means "1 divided by 15 to the power of 3," which can be rewritten as 1/15^3.
So, the expression becomes [(1/15^3) * 4^7].
Next, we simplify the expression 1/15^3.
15^3 means "15 raised to the power of 3," which is equal to 15 * 15 * 15 = 3375.
Therefore, 1/15^3 can be rewritten as 1/3375.
Now, the expression becomes [(1/3375) * 4^7].
Next, let's simplify the expression outside the parentheses: [(1/3375) * 4^7]^0/4^3.
(4^7)^0 means any number raised to the power of 0 is 1.
So, the expression becomes (1/3375)^0/4^3.
Lastly, let's simplify the expression 1/3375.
1/3375 cannot be simplified further.
Therefore, the final equivalent expression is 1^0/4^3, which simplifies to 1/4^3.
Thus, the equivalent expression is 1/64.
First, let's simplify the expression inside the parentheses: (15^-3 * 4^7)
15^-3 means "1 divided by 15 to the power of 3," which can be rewritten as 1/15^3.
So, the expression becomes [(1/15^3) * 4^7].
Next, we simplify the expression 1/15^3.
15^3 means "15 raised to the power of 3," which is equal to 15 * 15 * 15 = 3375.
Therefore, 1/15^3 can be rewritten as 1/3375.
Now, the expression becomes [(1/3375) * 4^7].
Next, let's simplify the expression outside the parentheses: [(1/3375) * 4^7]^0/4^3.
(4^7)^0 means any number raised to the power of 0 is 1.
So, the expression becomes (1/3375)^0/4^3.
Lastly, let's simplify the expression 1/3375.
1/3375 cannot be simplified further.
Therefore, the final equivalent expression is 1^0/4^3, which simplifies to 1/4^3.
Thus, the equivalent expression is 1/64.
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