Chapter 0: Problem 40
Find each product. $$\left(2-y^{5}\right)\left(2+y^{5}\right)$$
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Chapter 0: Problem 40
Find each product. $$\left(2-y^{5}\right)\left(2+y^{5}\right)$$
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Explain how to factor $$x^{3}+1$$
Your local electronics store is having an end-of-the-year sale. The price on a plasma television had been reduced by \(30 \% .\) Now the sale price is reduced by another \(30 \%\). If \(x\) is the television's original price, the sale price can be modeled by $$(x-0.3 x)-0.3(x-0.3 x)$$ a. Factor out \((x-0.3 x)\) from each term. Then simplify the resulting expression. b. Use the simplified expression from part (a) to answer these questions. With a \(30 \%\) reduction followed by a \(30 \%\) reduction, is the television selling at \(40 \%\) of its original price? If not, at what percentage of the original price is it selling?
Find all integers \(b\) so that the trinomial can be factored. $$x^{2}+b x+15$$
What does it mean to factor completely?
Find the intersection of the sets. $$\\{a, b, c, d\\} \cap \varnothing$$
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