Answer:
Yes
Step-by-step explanation:
It would be r+49 since Kevin has 49 more.
To get the x-intercept, we simply set y = 0 and solve for "x".
now, we have the slope and the y-intercept, well, let's plug those two in the slope-intercept form, reason why is called that anyway,
First, we have
(1 + 2/x²) (2x - 3/x)⁵ = (2x - 3/x)⁵ + 2/x² (2x - 3/x)⁵
In the expansion of (2x - 3/x)⁵, there is no x² term. Each term takes the form

where c is a binomial coefficient, and i is taken from the range {0, 1, 2, 3, 4, 5}. Looking at just the power of x in the product, we have

and 5 - 2i = 1 only if i = 2. By the binomial theorem, this term is given by

In the other expansion, we have an additional factor of 1/x², so that any given them in the expansion contains a power of x of the form

and 3 - 2i = 1 only if x = 1. This term in the expansion is

Then the coefficient of the x term in the whole expansion is 720 - 480 = 240.
This question we do not have to over think. We can already answer this with out the help of the diagram. The diagram helps us see that this problem involves the number line. Positive and negative numbers are involved in the number line.
Here how we can think about it: From the middle to the left the length is 39 and to the right it is 19. The length is then 58.
Answer:
20.75
Brainliest answer pls
Step-by-step explanation: