Simplify using the properties of exponents. (2a^5b^7)^9
The coordinates of the endpoints of FG are F(-7,-6) and G(1,2) . Point H is on FG and divides it such that FH:GH is 3:1 . What are the coordinates of H?
Factor to find all x-intercepts of the function. f(x)=x^4+x^2
Solve 7.1div 10^2 (1) 7.1div 10^2= square
Solve 3.4times 10^3 3.4times 10^3= square
Find the product. (2x+3)(x+5) 3x^2+x+8 10x+15 2x^2+13x+5 2x^2+3x
Is the Inverse of g(x) a function? Uso the drop-down menus to oxplain. g(x)=x^2-2 Click the arrows to choose an answer from each monu. The graph of the inverse of g(x) is the reflection of the graph of g(x) across the square .The inverse of g(x) square a function because for each input of the inverse of g(x) there is square . one unique output.
Simplify the expression. (3^-2)/(3^-4) Enter your answer in the box. square
8. Which of the following expressions is equivalent to the given expression? 3^0cdot 7^6cdot 7^-4 A 7cdot 7 B 3cdot 7^2 C 7^10 D 147^2
15) 5x^2+15x-140 16) 10n^2+11n-8
5 Cheddar cheese costs $\$ 4.25$ per pound. Which equation best represents y, the total cost of x pounds of cheddar cheese? Your answer
Simplify. $\frac {\frac {9}{2}-6}{1+\frac {7}{6}}$ $\square $
Find the partial sum. $\{ 38,31,24,17,\ldots \} ;S_{12}$
7. Find the coordinates of the intersection of the diagonals of the parallelogram with vertices $(-2,-4),(-4,4),(2,12)$ and $(4,4)$ 8. Three vertices of $\square ABCD$ are $A(1,5),B(1,1)$ and $D(2,2)$ Find the coordinates of the remaining vertex.
The GCF of $40c^{6}$ and $48c^{7}$ is $8c$ The missing exponent is __ The solution is $\square $
Find the solution(s) to each equation, or explain why there is no solution. $\sqrt {x+4}+7=5$
28. \( \left(\frac{112}{7}\right)^{\frac{1}{4}} \)
use the distributive property to remove the parentheses. $(2z^{4}-8z^{3}+3)4z^{5}$ Simplify your answer as much as possible.
$Area=4\cdot 69$ $=\square \cdot (\square -\square )$
$2x+y=41$ $x=y-39$ $y=2x-41$ $y=-2x+41$ $x=2y+41$
