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Example Questions
Example Question #64 : Understanding Exponents
Solve for :
The equation has no solution.
Rewrite all expressions as powers of 2, and use the exponent rules as follows:
Since powers of the same base are equal, set the exponents equal to each other:
Example Question #1171 : Problem Solving Questions
Solve for :
The equation has no solution.
Rewrite the first expression to get:
Example Question #65 : Understanding Exponents
Solve for :
The equation has no solution.
The equation has no solution.
Rewrite both sides as powers of 2 using the exponent rules as follows:
Since powers of the same base are equal, set the exponents equal to each other:
This is identically false, so the equation has no solution.
Example Question #1171 : Problem Solving Questions
Simplify:
The first step is two distribute the squared exponent across the numerator:
We can then subtract the denominator's exponents from the numerator's leaving us with the answer:
Example Question #61 : Exponents
The first two terms of a geometric sequence are and
, in that order. Give the tenth term.
(Assume is positive.)
The common ratio of the geometric sequence can be found by dividing the second term by the first:
The tenth term of the sequence is therefore
Example Question #1172 : Problem Solving Questions
Express in terms of
.
Example Question #1177 : Gmat Quantitative Reasoning
Which of the following is a true statement?
Example Question #1178 : Gmat Quantitative Reasoning
Express in terms of
.
Example Question #71 : Exponents
Express in terms of
.
Example Question #91 : Algebra
The first and third terms of a geometric sequence are and
, in that order. Give the eighth term.
(Assume is positive.)
Let be the common ratio of the geometric sequence. Then the third term is
times the first, so
and
.
The eighth term of the sequence is
All GMAT Math Resources
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