According to the exponent rules, when you raise a power to another power, you c. multiply the exponents. So, the correct option is c. multiply.
According to the exponent rules, when we raise a power to another power, we multiply the exponents.
This fundamental rule is known as the "Power of a Power Rule" in exponentiation. It can be expressed as:
Where:
a is the base.
m is the exponent of the base raised to another power.
n is the exponent to which the previous result is raised.
This rule demonstrates how to simplify expressions where a base is raised to an exponent, and that result is further raised to another exponent. Instead of adding or subtracting the exponents, you multiply them together. This makes intuitive sense when you consider that exponentiation represents repeated multiplication.
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Answer:
According to exponent rules, when we raise a power to a power we multiply the exponents.
Step-by-step explanation:
Example:
(3³)² = 3³*² = 3⁶
A. What is the probability that he will make the next three lay-up baskets he attempts? Express your answer as a decimal.
B. Write the equation you used to find this answer.
C. What does each piece of your equation represent?
about 377 in.; about 2,827 in.2
about 188 in.; about 2,827 in.2
about 188 in.; about 11,304 in.2
Answer:
2 units
Question:
Calculate the distance between (3 + i) and (3 − i).
Step-by-step explanation:
This problem is equivalent to the problem:
"Calculate the distance between the points (3,1) and (3,-1)."
Since the -coordinates are the same, this is a vertical distance.
A vertical distance be be found by computing the positive difference of the -coordinates. In other words, we need only the find the distance between the numbers and on a number line.
This distance is 1-(-1)=1+1=2 units.