A. What is the slope-intercept equation for h(x), (something like h(x)=mx+b)?
B. What is the slope of h(x)?
C. What is the y-intercept of h(x)?
1 point
1
Question 3
3.
Select the equations that accurately match the graph.
1 point
1
Question 4
4.
If f(x)=\frac{7}{5}x-3 and g(x)=f(x+10), which equation defines g(x)?
1 point
1
Question 5
5.
Two marathon runners have each trained to run at perfectly consistent paces for the entire 26.2188 \textrm{ mi} of a marathon. Runner A's position along the marathon in miles is a function of how much time has passed in hours, given by a(t)=\frac{19}{4}t. For example, after \frac{12}{19} of an hour (60\frac{\textrm{min}}{\textrm{hr}}\times\frac{12}{19}\textrm{ hr}\approx 38 \textrm{ min}), runner A will have traveled a(\frac{12}{19})=\frac{19}{4}\cdot\frac{12}{19}=3\textrm{ mi}. If runner B finishes the marathon in just \frac{3}{4} the time it takes runner A, then what transformation of Runner A's graph describes the graph of runner B?
0 points
0
Question 6
6.
BONUS: Maximum 2 percentage points
Describe the domain and range of the function a(t) from the scenario above.