Vectors and Scalars (Honors)
On this worksheet you will practice with the basic definitions of introductory motion.
A bike messenger traveled 3 blocks North, 6 blocks East, 8 blocks South, and finally 8 blocks West in order to deliver a package in the traffic, congested city. If his trip took 38 minutes, what was the magnitude of his average velocity in blocks/minute?
2.5 x 10
1.84 x 10
1.42 x 10
6.58 x 10
5.39 x 10
If the messenger in
could have traveled directly to his destination, what would have been the direction of his net displacement?
The magnitude of an object's average velocity can ONLY equal the magnitude of its average speed when the object is
traveling in a
traveling in a circle
traveling in successive
directions that change by 90º
A scalar is a quantity that can be completely described by stating its
size and direction
A family taking a vacation traveled 6 hours at 65 mph and then 3 hours at only 47 mph. What was their average speed during this trip?
Which quantity is NOT a scalar?
Which description of an object's motion is more specific: moving at a constant speed or moving at a constant velocity?
constant speed since it demands that the object has to maintain a constant rate regardless of its direction of motion
they are equivalent
constant velocity since it demands that the object not only move at a constant rate, but also maintain a constant direction
A student warming up for practice travels one full circuit, 400 meters, around the track. Initially he jogs 76 meters at 1.5 m/sec, then runs 228 meters at 2.2 m/sec, and finally cools down by finishing the final 96 meters at 1.0 m/sec. What was his average speed?
What was the student's average velocity in
the same as his average speed
cannot be determined
During a 30 minute period of time, one car moves at a constant velocity of 45 mph, N, while a second car moves at a constant velocity of 45 mph, W. During this time interval, the cars would have the same
A. instantaneous speed
B. instantaneous velocity
B and D
C and D
A and C
B and C
A and D
Two 30.-newton forces act concurrently on an object. In which diagram would the forces produce a resultant with a magnitude of 30. newtons?
Which range of values correctly represents all possible values for the resultant in
0 N ≤ R ≤ 42.4 N
a complete listing is not possible
0 N ≤ R ≤ 60 N
0 N ≤ R ≤ 30 N
On the ticker tape shown below, the position of an object is recorded every 0.1 seconds. How would the positions on the tape have changed if the object was traveling at a constant velocity?
the spacing between the dots would have decreased
the dots would have been equally spaced
In which diagram does the plane have the smallest 'ground speed'?
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