Answer:
y = x + 4
Step-by-step explanation:
Eight answers for six points, eh ?
You're a tough businessman.
<span>F(x)=log(x/8)
X-intercept . . . the point where the function crosses the x-axis (f(x) is zero).
log(x/8) = zero
10^log(x/8) = 10^0
\/ \/
(x/8) = 1
x = 8
y-intercept . . . </span><span><span> the point where the function crosses the y-axis, ('x' is zero).</span>
Y = log(0/8)
= log( 0 )
= negative infinity.
Domain (everything that 'x' can be) . . . all positive numbers.
Range (everything that f(x) can be) . . . - inf to + inf .
_______________________________________________________
First picture: f(x) = -3 / x⁴
To get an idea of what the asymptotes are, you have to draw
the graph of the function, either on paper or in your mind.
Think of what the function does, as 'x' drifts in from very
far away on the left, crosses over zero, and drifts far away
to the right.
'x' is very far away, negative . . . f(x) is positive, very small
'x' is negative 1 . . . . . f(x) = 3
'x' is close to zero, on the negative side . . . f(x) is positive, gigantic
'x' is close to zero, on the positive side . . . f(x) is negative, gigantic
'x' is very far away, positive . . . f(x) is negative, very small .
The horizontal asymptote is the x-axis.
The vertical asymptote is the y-axis.
_____________________________________________
Second picture: f(x)= 1/x ===> g(x)= -1/x + 3
Two transformations:
-- f(x) ==> -f(x) (reflect it across the x-axis)
-- -f(x) ==> -f(x)+3 (translate it UP by 3 units)
</span>
Is there more to add onto this question?
Your answer is going to be 42
You want to find the percent change, so what you do is subtract the curretn price to the original price so , 3-2= which equals 1. once you get 1, you divide it by the original number to get the fraction representing the percent. so 1/2. when you divide 1 by 2 you get .5, to change it to a percent you move the decimal 2 times to the right or multiply by 100. so .5 turns to 50 and you add the percent sign, 50%.