What method is used for deriving the quadratic formula? square
Determine the area of the trapezoid, in square units, with the given dimensions. The base is 22 units, the first height is 5 units, and the second height is 11 units. square square units
What is the factored form of 8x^2+12x 4(4x^2+8x) 4x(2x+3) 8x(x+4) 8x(x^2+4)
Instructions: Perform the operation and simplify the expression. (4sqrt (2))/(5sqrt (5))=(square sqrt (square ))/(square )
Juanita has a storage closet at her shop with extra bottles of lotion and shower gel Some are scented and some are unscented. If she reaches into the closet and grabs a bottle without looking, she has a 42% chance of grabbing a bottle of shower gel For the events "shower gel" and "scented" to be independent, what must be shown to be true? P(lotion)=42% P(scented)=42% P(shower gelvert scented)=42% P(scentedvert shower gel)=42%
Instructions Simplify the rational expression. (8x^2-80x)/(8x) Answer: square
Determine the range of f(x)=vert xvert -4 yvert -infty lt ylt infty yvert -4leqslant ylt infty yvert 0lt ylt infty yvert 4lt ylt infty
Theta =(-7pi )/(4) then find exact values for the following: sec(Theta ) equals square csc(Theta ) equals square tan(Theta ) equals square cot(Theta ) equals square
Estimate. 3,245div 8approx Choose 1 answer: A 4 B 40 C 400 D 4,000
Find the logarithm. log_(2)((1)/(8))= square
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.
$Area=4\cdot 69$ $=\square \cdot (\square -\square )$
$2x+y=41$ $x=y-39$ $y=2x-41$ $y=-2x+41$ $x=2y+41$
