Because we have been given the slope and y-intercept, we can create an equation in slope-intercept form.
y = mx + b
m = the slope
b = y-intercept.
In the first problem,
m = -4
b = 10
So, our equation looks like: y = -4x + 10
In the second problem,
m = 1/3
b = -6
So, our equation looks like: y = 1/3x - 6
The opposite of 6 on a number line is -6
Answer:
D
Step-by-step explanation:
If y = log x is the basic function, let's see the transformation rule(s):
Then,
1. y = log (x-a) is the original shifted a units to the right.
2. y = log x + b is the original shifted b units up
Hence, from the equation, we can say that this graph is:
** 2 units shifted right (with respect to original), and
** 10 units shifted up (with respect to original)
<u><em>only, left or right shift affects vertical asymptotes.</em></u>
Since, the graph of y = log x has x = 0 as the vertical asymptote and the transformed graph is shifted 2 units right (to x = 2), x = 2 is the new vertical asymptote.
Answer choice D is right.
Move the decimal 2 places to the right resulting in the answer 2,380
Answer:
The answer is 1.
Step-by-step explanation:
