which of the following is the exponent of mid 3m⁴is multipled to 2m⁵

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bn

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.1. am * an = a(m+n) says that when you take a number, a, multiplied by itself m times, and multiply that by the same number a multiplied by itself n times, it's the same as taking that number a and raising it to a power equal to the sum of m + n.

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.1. am * an = a(m+n) says that when you take a number, a, multiplied by itself m times, and multiply that by the same number a multiplied by itself n times, it's the same as taking that number a and raising it to a power equal to the sum of m + n.Here's an example where

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.1. am * an = a(m+n) says that when you take a number, a, multiplied by itself m times, and multiply that by the same number a multiplied by itself n times, it's the same as taking that number a and raising it to a power equal to the sum of m + n.Here's an example wherea = 3

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.1. am * an = a(m+n) says that when you take a number, a, multiplied by itself m times, and multiply that by the same number a multiplied by itself n times, it's the same as taking that number a and raising it to a power equal to the sum of m + n.Here's an example wherea = 3m = 4

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.1. am * an = a(m+n) says that when you take a number, a, multiplied by itself m times, and multiply that by the same number a multiplied by itself n times, it's the same as taking that number a and raising it to a power equal to the sum of m + n.Here's an example wherea = 3m = 4n = 5

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.1. am * an = a(m+n) says that when you take a number, a, multiplied by itself m times, and multiply that by the same number a multiplied by itself n times, it's the same as taking that number a and raising it to a power equal to the sum of m + n.Here's an example wherea = 3m = 4n = 5am * an = a(m+n)

There are five rules for working with exponents:1. am * an = a(m+n)2. (a * b)n = an * bn3. (am)n = a(m * n)4. am / an = a(m-n)5. (a/b)n = an / bnLet's look at each of these in detail.1. am * an = a(m+n) says that when you take a number, a, multiplied by itself m times, and multiply that by the same number a multiplied by itself n times, it's the same as taking that number a and raising it to a power equal to the sum of m + n.Here's an example wherea = 3m = 4n = 5am * an = a(m+n)34 * 35 = 3(4+5) = 39 = 19,683

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