Answer:
<em>18 hours after 10 AM</em>
Step-by-step explanation:
- We are looking for the time the helicopter and the plane will be the same distance from Burbank after 10 AM.
- We are given the two equations for the distance that the helicopter and the plane are away, in miles.
- It also says that R is the variable for time.
- Using this information, we need to solve for the time with broth equations, so we would set both up to be equal to each other, since they will be the same distance away from each other.
- It would look like this: -150r + 260 = -270r + 440.
- Add 150r to both sides.
- 260 = -10r + 440.
- Add -10r to both sides.
- Now we have 10r + 260 = 440
- Subtract 260 from both sides.
- 10r = 180
- Divide each side by 10 to isolate the R.
- R = 18.
- It would be 18 hours after 10 AM.
If I am incorrect in my reasoning, please let me know so that I can plan better for my future answers. Have an amazing day.
Answer:
f(2) = -5
Step-by-step explanation:
For this problem, we are evaluating the graph of f(x), meaning at the value of x, we want the y-value.
Note, when x = 2 on the graph, the only y coordinate available is y = -5.
Hence, when we evaluate f(x) for x = 2, we get y = -5. f(2) = -5.
Cheers.
Answer:
The answer to your question is the letter C
Step-by-step explanation:
To answer this question just look at the graph, the solution to the system of the quadratic equation and the linear function, are the points where these function cross.
The first point where these functions cross is Point C
The second point where these functions cross is Point E
6y - 4(y - 1) +6
6y - 4y -4(-1) + 6
6y - 4y +4 + 6
2y + 10
