D is the answer for your question
To find the y-intercept of h(r), plug in 0 for r, and solve:
h(r) =

r - 5
h(r) =

× 0 - 5 <em>(plug in 0 for r and solve)</em>
= h(r) =
-5So the y-intercept for h(r) is:
-5
-------------------------------------------------------------------------------------------------------------
For p(r), the y-intercept is when x = 0.
From looking at the table, we see that when x=0, p(r) =
-5
So the y-intercept of p(r) =
-5-------------------------------------------------------------------------------------------------------------
ANSWER:
The y-intercept of h(r) and p(r) are both equal to
-5, therefore the y-intercepts
are the same.
So the answer would be:
c) The functions have the same y-intercept.
Answer:
-4 i dont know how to explain but i wanned to get you the answer fast trust me its -4
Step-by-step explanation:

This is the answer with step by step explanation
Answer:
2/5
Step-by-step explanation:
Ok there are 4+3+1+2 pairs of socks in all... Aka 10 sock pairs in all.
There are 4 white pairs. So the probability she selects a white pair is 4/10.
4/10 can be reduced to 2/5.