Laws of Exponents

Front

Simplify the expression, 2x³ (xy)⁴

Back

2x⁷y⁴

Front

Expression to simplify: d^-4

Back

d^-4-5

Front

Which is a correct symbolic representation for multiplying exponential expressions with the same base, y?

Back

y^myⁿ = y^{m + n}

Front

Which is a correct symbolic representation for dividing exponential expressions with the same base, y?

Options:

y^m/yⁿ = y^{m + n}

,

y^m/yⁿ = y^{m - n}

,

y^m/yⁿ = y^{m · n}

,

y^m/yⁿ = y^{m ÷ n}

Back

y^m/yⁿ = y^{m - n}

Front

What is the mistake in simplifying m^2 n^5 = (mn)^7?

Back

The expression cannot be further simplified because the bases are different.

Front

When multiplying exponential terms with the same base, how to simplify the expression?

Back

Add the exponents.

Front

When dividing exponential terms with the same base, how do you simplify the expression?

Back

Subtract the exponents.

Front

6 ² x 6 ^-5

Back

6 ^-3

Front

If (3³)ⁿ x 3² = 3¹⁷, what is the value of n ?

Back

5

Front

Expression to simplify:

Back