1. Pusheen ran out of her front door, then slipped and fell. She got up and walked the rest of the way to the catnip patch down the block. 2. Terrence cycled rapidly down the hill that starts at his house. He then slowed down as he climbed up the other side towards the candy store.

The first image is for question 1, the second image is for question 2.

Step-by-step explanation:

Alright, let's say for #1 each little tic I drew on the x-axis and y-axis of the graph are intervals. Let's say for time, each tic is an interval of five seconds, and for distance from home, each tic is an interval of a few feet - maybe 3-5.

For #1, Pusheen runs a few feet from her house (running out of her front door signifies that) in around 10 seconds. Then, she falls. Let's assume it takes her another 10 or so seconds to get up. During that time, she doesn't move from the spot where she fell, but time continues, so x increases while y doesn't. Afterwards, she gets up and walks down the block. As she's walking, let's estimate that she goes about 10 feet within 20 seconds.

Boom. Question 1 is done.

Now, let's say for #2 each little tic I drew on the axes of the graph are intervals. Let's say for time, each tic is, once again, an interval of five seconds, and for distance from home, each tic is now an interval of 10 feet.

For #2, Terrence cycles down a hill from his house. (Basically, he rides a bicycle down from his house on the hill.) He's rapidly cycling, zooming down the hill pretty quickly. Let's say he moves a decent 30 feet in around 20 or so seconds. Not too bad. Afterwards, he slows down as he begins to climb the other side, presumably the other side of the hill, to reach the candy shop. Now, he's moving slower and climbing. Suddenly, he's only moving a few feet for every 5 seconds that passes.

Boom. Question 2 is done.

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step-by-step explanation:

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the answer to the expression is 83