Chapter 8: Problem 63
Complete the statement using \(>\) or \(<\). $$(5 \cdot 6)^{4} \underline{?} 5 \cdot 6^{4}$$
Chapter 8: Problem 63
Complete the statement using \(>\) or \(<\). $$(5 \cdot 6)^{4} \underline{?} 5 \cdot 6^{4}$$
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Get started for freeWhat point do all graphs of the form \(y=a^{x}\) have in common? Is there a point that all graphs of the form \(y=2(a)^{x}\) have in common? If so, name the point.
Suppose you put one red marble, one green marble, and one blue marble in each of six bags. There are \(3^{6}\) possible orderings of the colors of the marbles you can get when you choose one marble from each bag. Suppose you put one red marble, one green marble, and one blue marble in each of six bags. There are \(3^{6}\) possible orderings of the colors of the marbles you can get when you choose one marble from each bag.
Write your answer as a power or as a product of powers. $$ \left[(5+x)^{3}\right]^{6} $$
Use linear combinations to solve the system. $$ \begin{aligned} &x-y=4\\\ &x+y=12 \end{aligned} $$
Complete the statement using \(>\) or \(<\). $$ \left(6^{2} \cdot 3\right)^{3} \geq 6^{5} \cdot 3^{3} $$
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