Solve 5 superscript 3 x

  1. Simplify this expression using the “net rule of integer exponents 12 superscript 53÷7 ² 53 would the answer be five
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  2. Simplify this expression using the Quotient Rule of Integer Exponents: 1253÷753.(1 point) Responses 12 superscript 53÷7
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  3. Identify the greatest common factor of 12a4b7 and 18a5b3.(1 point)Responses6a4b36 a superscript 4 baseline b superscript 3
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  4. Simplify the expression. left parenthesis x cubed y squared right parenthesis superscript 4 (1 point) Responses x superscript 12
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  5. Apply the Power of Zero Rule of Exponents to solve (a4)(a0)(a5).(1 point)Responses a0 a superscript 0 baseline a9 a superscript
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  6. Multiple ChoiceWhat is the simplified form of 3 a superscript 4 baseline b superscript negative 2 baseline c superscript 3
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  7. Multiple ChoiceWhat is the simplified form of 3 a superscript 4 baseline b superscript negative 2 baseline c superscript 3
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  8. Apply properties of operations to multiply 5a2b5c3⋅−4a7c5.(1 point)Responses 20a9b5c8 20 a superscript 9 baseline b
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  9. Identify the greatest common factor of 12a4b7 and 18a5b3 .(1 point)Responses 12a4b3 12 a superscript 4 baseline b superscript 3
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  10. Identify the greatest common factor of 12a4b7 and 18a5b3 .(1 point) Responses 6a4b3 6 a superscript 4 baseline b superscript 3
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