Draw a graph for the situation. you walk 1 mile to the bus stop, ride the express bus for 2 miles, and then walk another mile to your home.

I would say the answer is D. it doesn't let me answer the explanation for d but it is d .

Step-by-step explanation:

A.a.graphThe horizontal axis extends from 0 to 60 and is labeled 'Time (min).' The vertical axis extends from 0 to 5 and is labeled 'Distance (mi).' The graph begins at the point 30 comma 0 and moves up and to the right, ending at point 38 comma 3. The next section of the graph continues from the point 38 comma 3 and moves up and to the right, ending at point 54 comma 4.  

B.b.graphThe horizontal axis extends from 0 to 60 and is labeled 'Time (min).' The vertical axis extends from 0 to 5 and is labeled 'Distance (mi).' The graph begins on the left at the point 0 comma 0 and moves up and to the right, ending at point 30 comma 2. The next section of the graph continues from the point 30 comma 2 and moves up and to the right, ending at point 36 comma 4. The next section of the graph continues from the point 36 comma 4 and moves horizontally and to the right to the point 55 comma 4.

C.c.graphThe horizontal axis extends from 0 to 60 and is labeled 'Time (min).' The vertical axis extends from 0 to 5 and is labeled 'Distance (mi).' The graph begins on the left at the point 0 comma 0 and moves up and to the right, ending at point 14 comma 1. The next section of the graph continues from the point 14 comma 1 and moves horizontally and to the right to the point 45 comma 1. The next section of the graph continues from the point 45 comma 1 and moves up and to the right, ending at point 54 comma 4.  

current in the circuit at time t is /, then the power delivered to the resistor is

step-by-step explanation: