All SAT Math Resources
Example Questions
Example Question #1565 : Gre Quantitative Reasoning
Compare and .
The answer cannot be determined from the information given.
To compare these expressions more easily, we'll change the first expression to have in front. We'll do this by factoring out 25 (that is, ) from 850, then using the fact that .
When we combine like terms, we can see that . The two terms are therefore both equal to the same value.
Example Question #1566 : Gre Quantitative Reasoning
Which of the following is equal to ?
is always equal to ; therefore, 5 raised to 4 times 5 raised to 5 must equal 5 raised to 9.
is always equal to . Therefore, 5 raised to 9, raised to 20 must equal 5 raised to 180.
Example Question #21 : Exponential Operations
Which of the following is equal to ?
First, multiply inside the parentheses: .
Then raise to the 7th power: .
Example Question #22 : Exponential Operations
Simplify:
Remember, we add exponents when their bases are multiplied, and multiply exponents when one is raised to the power of another. Negative exponents flip to the denominator (presuming they originally appear in the numerator).
Example Question #2211 : Sat Mathematics
Evaluate:
Can be simplified to:
Example Question #2212 : Sat Mathematics
When multplying exponents, we need to make sure we have the same base.
Since we do, all we have to do is add the exponents.
The answer is .
Example Question #31 : Exponents
When multplying exponents, we need to make sure we have the same base.
Since we do, all we have to do is add the exponents.
The answer is .
Example Question #32 : Exponents
When multplying exponents, we need to make sure we have the same base.
Since we do, all we have to do is add the exponents.
The answer is .
Example Question #33 : Exponents
When multplying exponents, we need to make sure we have the same base.
Since we do, all we have to do is add the exponents.
The answer is .
Example Question #34 : Exponents
When multplying exponents, we need to make sure we have the same base.
Since we do, all we have to do is add the exponents.
Since there is a negative sign, we compare. is greater than and is negative so our answer must be negative. We treat the equation as a subtraction problem.
The answer is .
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