Tema
Q:
The rent charged for 2 different sized office spaces in an office building
is as follows: 600 square feet for \( \$ 1250 \) and 900 square feet for \( \$ 1850 \).
The rent includes not only the cost per square foot (which is the same
no matter the size) but also includes a processing fee.
How much is the processing fee?
Q:
8) Andrea is having her yard landscaped. She
obtained an estimate from two landscaping
companies. Company A gave an estimate of
\( \$ 230 \) for materials and equipment rental plus
\( \$ 65 \) per hour for labor. Company B gave an
estimate of \( \$ 335 \) for materials and equipment
rental plus \( \$ 50 \) per hour for labor. Determine
how many hours of labor will be required for
the two companies to cost the same.
Q:
Rationalize the denominator: \( \frac{-4}{3+\sqrt{6}} \)
The result can be expressed in the form \( \frac{A}{B} \) where
\( A=\square \)
\( B=\square \)
Q:
\begin{tabular}{l} The last digit of a six-digit number is 2 . If the \\ 2 is moved to the start of the number, the \\ new six-digit number is only a third of the \\ original number. Find the original number. \\ A A B C D E \\ \hline A D E 2 \end{tabular}
Q:
(3) Match each polynomial on the left with its two factors on the right.
\[ \begin{array}{l} x^{3}+64 \\ x+4 \\ x^{3}-64 \\ x-4 \\ x^{2}+4 x+16 \\ x^{2}+4 x-16 \\ x^{2}-4 x+16 \\ x^{2}-4 x-16\end{array} \]
Q:
make \( g \) the subject
\( T=2 n \sqrt{\frac{h^{2}+h^{3}}{g h}} \)
Q:
4. \( \frac{2 x}{3}-2=4 \)
Q:
Rationalize the denominator: \( \frac{-4}{3+\sqrt{6}} \)
The result can be expressed in the form \( \frac{A}{B} \) where
\( A=\square \)
\( B=\square \)
Q:
nd the solution of the linear inequality and express the solution set in set-builder notation and interval notation. Graph the solution set on the real number line.
\( 8-3(1-x) \leq 6 \)
A. The solution set is \( \{x \mid \)
(Use integers or fractions for any numbers in the expression.)
B. The solution is all real numbers.
C. The solution is the empty set.
Q:
Which factor do \( 64 x^{2}+48 x+9 \) and \( 64 x^{2}-9 \) have in common?
\( 8 x+3 \)
\( 8 x-3 \)
\( 64 x^{2} \)
\( 8 x+9 \)
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