9. An object with mass m is attached to an ideal horizontal spring with spring constant k, whose other end is attached to a wall. The object is pushed to position x =-A on a horizontal surface with negligible friction and reléased at t: 0; describe each of the following during one full cycle of %3D its motion. a. The total distance traveled by the object b. The displacement of the object c. The times at which the velocity and speed of the object were greatest d. The average velocity of the object e. The average speed of the object f. The maximum force on the object

College Physics
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Chapter1: Units, Trigonometry. And Vectors
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9. An object with mass m is attached to an ideal horizontal spring with spring
constant k, whose other end is attached to a wall. The object is pushed to
position x =-A on a horizontal surface with negligible friction and
reléased at t
0; describe each of the following during one full cycle of
its motion.
a. The total distance traveled by the object
b. The displacement of the object
c. The times at which the velocity and speed of the object were greatest
d. The average velocity of the object
average speed of the object
f. The maximum force on the object
e. The
Transcribed Image Text:9. An object with mass m is attached to an ideal horizontal spring with spring constant k, whose other end is attached to a wall. The object is pushed to position x =-A on a horizontal surface with negligible friction and reléased at t 0; describe each of the following during one full cycle of its motion. a. The total distance traveled by the object b. The displacement of the object c. The times at which the velocity and speed of the object were greatest d. The average velocity of the object average speed of the object f. The maximum force on the object e. The
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