4. Yes, it increases around 4 and 6 seconds.
5. No, there isn't any piece of the graph that's a horizontal line.
6. You would know you reached planet x, when the line stops moving.
7. The spaceship traveled for 13 seconds.
8. For the first 3 seconds, the spaceship was traveling, and causing a negative slope on the graph. After the 4th second, the spaceship started to travel in such a way that created a positive slope. At about 6 seconds of traveling time, the travel pattern of the spaceship caused a negative slope on the graph, which continued throughout the rest of the journey.
5. While trying to make the two graphs match up, i had to pay attention to the amount of distance i was covering, and the amount of time it was taking me to cover the distance. I Had to make sure that the graph maintained a negative slope for certain periods of time.
11.
12.
TASK 2
1. (-1.22,8.98), (0,8), (0,9) 2. (0,5.71) 4. This happens because it becomes a positive slope. 5. You would need to keep the slope negative.. 10.
TASK 1
4. Yes, it increases around 4 and 6 seconds.
5. No, there isn't any piece of the graph that's a horizontal line.
6. You would know you reached planet x, when the line stops moving.
7. The spaceship traveled for 13 seconds.
8. For the first 3 seconds, the spaceship was traveling, and causing a negative slope on the graph. After the 4th second, the spaceship started to travel in such a way that created a positive slope. At about 6 seconds of traveling time, the travel pattern of the spaceship caused a negative slope on the graph, which continued throughout the rest of the journey.
5. While trying to make the two graphs match up, i had to pay attention to the amount of distance i was covering, and the amount of time it was taking me to cover the distance. I Had to make sure that the graph maintained a negative slope for certain periods of time.
11.
12.
TASK 2
1. (-1.22,8.98), (0,8), (0,9)2. (0,5.71)
4. This happens because it becomes a positive slope.
5. You would need to keep the slope negative..
10.