Yes i believe to can but im not a expert at math so dont take this awnser to heart
Answer:
Step-by-step explanation:
f(x) = |2x−1|+3, reflected over the y-axis becomes
g(x) = |-2x−1|+3
We needed the point (0.5, 3) to go to the other side of the y-axis to get the point (-0.5, 3).
Answer:
y=-3log(3)(x+3)
Step-by-step explanation:
because the vertical asymptote at x=-3, the graph shifted to the left 3 units from x=0
y=A.log base(b)(x+3)
the graph passes through 2 points (-2,0) and (1,-3)
A=-2, b=0 and see if it fit point(0,-3)
-3 =-2log(0)(0+3) it is undefined check both sides if equal / not equal
check point (1,-3) ( shifted left 3 points)
A=-3, b=3
-3=-3log(3)(3) it is right
y=-3log(3)(x+3)
i hope it is right
Answer: x = 1
Explanation:
Let x be the unknown number.
Thus:
2x + (14 • 2) = 30
2x + 28 = 30
2x = 30 - 28
2x = 2
x = 2/2
x = 1
Answer:
3) The function's leading coefficient is negative.
Explanation:
(1) Is not the answer because when x = 3, f(x) = 0.
(2) Is not the answer because when f(x) = -3,
x = 0.
(4) Is also not the answer because the y-values on both sides of (1, -4) are mirroring each other.
Therefore,
(3) is the answer, by elimination, but also because there is not proof of the leading coefficient being negative, as we don't see the original equation.
I hope this helped! :)