What is the solution set for 4+ {X - 1} =11?
the brackets are supposed to be absolute value bars
the brackets are supposed to be absolute value bars
Determine the equation of g(x) that results from translating the function f(x)= (x+2)^2 to the right 11 units. I have the choice of four answers. 1. g(x)=(x-9)^2 2...
An object 5.7 feet tall casts a shadow that is 17.1 feet long. How long in feet would the shadow be for an object which is 19.8 feet tall? A. 8.4 feet B. 6.6 feet C. 31.2 feet D...
2x^2+49=-20x
Solve using any method
I have already completed the question but I am confused on how I got the the answer. y−y1 = m(x−x1) y−2 = -1 3 •(x−1) y−2 = -1 3 x+ 1 3 1 3 x+y...
I don't understand the question. What would the equation be for this vertex of the parabola? I'm doing Conic sections, and I don't understand the question.
I also need to know the end-behavior. for example- x----> + or - infinity
Can you help me with this question? The equation for the line that passes through (-3,5) and (-2,-6)
I cannot remember how to factor to the cubic term
A solution is 10% citric acid. if 3 liters of a 20% citric acid solution are added to it, the result is a solution this is in a ratio of 13 parts citric acid to 102 parts "other than citric acid"...
i don't know this answer can you help me?
select the approxiate value of x that is the solution to f(x)=0 where f(x)=-9x^2+6x+7
select the approxiate value of x that is solutions for (x)=0 value f(x)=-3x^2+2x+8
f(x)= x^2+2x+10=
I know you could plug everything in and figure it out that way but I can't do that because I don't have another point on the parabola. For example: vertex:(-1,-3) focus:(-1,0)
Select he value of x that are solutions to the inequality 0>x^2+5x-2 1. xE (-5-33 squared/2,-5+33 squared/2) 2. xE [-5-33 squared/2,-5+33...
9 (2x+5)>9
Discuss/Explain how the graph F(x) = -2f(x+1) -3 can be obtained from the graph f(x). If (0,5), (6,7), and (-9,-4) are on the graph of f. where do they end up on the graph of F?
simplify write answer in form a+bi, where a and b are real numbers