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Worksheet: Finding the Rate of Change from a Graph
Q1:
The given graph represents the distance traveled by a car propelled by a jet engine. Determine, in miles per hour, the rate of change in the distance traveled by the jet car.
Q2:
The given graph represents the distance traveled by a car propelled by a jet engine. Determine, in miles per hour, the rate of change in the distance traveled by the jet car.
Q3:
The given graph represents the distance traveled by a car propelled by a jet engine. Determine, in miles per hour, the rate of change in the distance traveled by the jet car.
Q4:
The graph below shows the relation between the cost of a party and the number of people attending. Determine the rate of change.
- A
- B
- C
- D25
- E
Q5:
The graph below shows the relation between the cost of a party and the number of people attending. Determine the rate of change.
- A
- B25
- C
- D
- E
Q6:
The graph below shows the relation between the cost of a party and the number of people attending. Determine the rate of change.
- A25
- B
- C20
- D
- E
Q7:
The graph below shows the relation between the cost of a party and the number of people attending. Determine the rate of change.
- A
- B
- C
- D
- E
Q8:
The graph below shows the relation between the cost of a party and the number of people attending. Determine the rate of change.
- A
- B
- C
- D
- E
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