You will arrive at the destination at 12.30 PM. Yes, there is information that is not needed in the question.
Explanation:
- You leave at 8.00 AM and drive for 2 hours until 10.00 AM.
- At 10.00 AM you stop for an hour (30 minutes) for lunch until 10.30 AM.
- You drive for another hour until 11.30 AM.
- At 11.30 AM you make a 15 minute stop for gas until 11.45 AM.
- After 11.45 P.M, you then drive the last 45 minutes until 12.30 PM and reach your destination.
- It takes you 30 minutes to pack your car but this information is not needed to determine when you will arrive at your destination.
The correct statement regarding the function plotted in the graph is:
C) The maximum value of the quadratic function occurs at y = 4.
<h3>What is the rate of change of the linear function?</h3>
When x = 0, y = -7, and when x = -5, y = 8, hence the rate of change(change in y divided by change in x) is given by:
R = [8 - (-7)]/-5 - 0 = 15/-5 = -3
<h3>What is the maximum value of the quadratic function?</h3>
It is concave down, hence it has only a maximum value at y = 4 and not a minimum value, hence option C is correct.
More can be learned about functions at brainly.com/question/25537936
Well we set up the equation for a direct variation
<span>y=kx</span>
Lets take a point... (-8, -6)
Plug that in
<span>−6=k(−8)</span><span>
And solve for 'k' to get *indeed* 3/4</span>
Answer:
True
Step-by-step explanation:
g(f(0)= -5(2(0)-3)
g(f(0)= -5(0-3)
g(f(0)=-5(-3)
g(f(0)= 15
Answer:
<h3> Two solutions </h3>
Step-by-step explanation:
|a| changes the sign to + if a<0
so solution of |x| = 8 would be x=8 or x = -8