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Students at school every year had to run a mile. On average, students in middle school ran 1 mile in approximately 10 minutes. What is the average speed of students in middle school running a mile?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
If a car traveled 200 miles in 1.45 hours. What is its average speed to the nearest whole number?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
Which of the following correctly identifies when this object had the greatest average speed?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
During an investigation, a student measured the distances that four electric toy cars traveled in 12 seconds. Which toy car had an average speed of 2.5 m/s?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
Alexander and George investigated the motion of a car during a 5 hour trip. Their data is in the table shown. Which of the following is the best position-time graph to represent the motion of their car?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
Which of the following mathematical formulas should Douglas use to accurately determine which one of his friends runs fastest?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
Which of the following graphs represents an object accelerating the most?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
Which of the following most accurately describes the motion of the student according to their position-time graph?
Between 2 and 3 seconds
Car 3
Graph (c)
0.1 mpm
The student first traveled at a constant speed, stopped, then continued at the same constant speed in the other direction.
138 miles/hr
Graph (d)
v=d/t
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