His home is worth 105,000. That increases his net worth (but the mortgage negates most of that).
His car is worth 26000 but the loan is worth 22000 which negates most of the value of the car.
Investment fund and savings increase his net worth, but the credit card eats up another 16000. Yes he can pay the credit card off monthly, but he should never have run it up as much as he has.
In actual fact, he has little of his own that could be called net worth.
The house is net 5000
The car is net 4000
The two small funds give 6000
So far the assets number 15000
But the credit card is a debt that wipes out everything else. His best course of action is pay off the card as quickly as possible. The interest is going to eat him alive.
7000 • 5 • 3 = 105,000
Hope this helps!
Let's go through the answer choices one by one:
A. False. The line segment contains more than just the endpoints
B. False. There are points in this description that extend beyond the endpoints. If this was a line instead of a segment, then choice B would be the answer
C. True. This is the answer. Though your teacher should have added "collinear" to the sentence to make it clear that the points are between M and N, and also collinear to M and N. All of these points form the line segment MN
D. False. That would be the perpendicular bisector of MN
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So once again, the final answer is choice C
1. 7
2. 10
3. 31
4. 5
5. -1
6. 15
7. 11
8. 29
9. -3
10. 8
11. -5
12. 13
13. 31
14. 0
15. 11
16. 6
17. 20
18. -1
19. 25
20. 12
21. 0
The method we need to use here is very particular to this type of a situation. The way we will find that polynomial, or the divisor, is to follow this formula:

. For us that will look like this:

. First we will simplify as much as possible that very long numerator there. It simplifies to

. What you do now is use long division of polynomials, which, unfortunately, is impossible to show in this forum. However, get familiar with the long division process if you are not already, and you will find that your polynomial g(x) is

.