If the particle's mass m = 1.0 kg what is the value of the spring constant k? k = i N/m What is the maximum magnitude of the particle's acceleration, am? am = i m/s² From information provided in the plots, determine the angular frequency of the particle's motion. @= i rad/s

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Chapter1: Units, Trigonometry. And Vectors
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Consider a block and spring system such as shown in Interactive Fig. 15.3.1. The expressions for displacement, velocity, and
acceleration of the block are studied in the simulation “Displacement, Velocity, and Acceleration of Simple Harmonic Motion". By
default, the amplitude is chosen to be xm 1 m, and the phase angle is chosen to be = π/2 rad. Run the time animation to see
the three quantities plotted as a function of time.
=
oooooooo
m
x=0
X
+xm
Interactive Figure 15.3.1: A block of mass m is connected to a spring of spring constant k. The horizontal surface is frictionless.
Transcribed Image Text:Consider a block and spring system such as shown in Interactive Fig. 15.3.1. The expressions for displacement, velocity, and acceleration of the block are studied in the simulation “Displacement, Velocity, and Acceleration of Simple Harmonic Motion". By default, the amplitude is chosen to be xm 1 m, and the phase angle is chosen to be = π/2 rad. Run the time animation to see the three quantities plotted as a function of time. = oooooooo m x=0 X +xm Interactive Figure 15.3.1: A block of mass m is connected to a spring of spring constant k. The horizontal surface is frictionless.
If the particle's mass m = 1.0 kg what is the value of the spring constant k?
k=
=
Am
i
What is the maximum magnitude of the particle's acceleration, am?
m/s²
@=
N/m
= i
From information provided in the plots, determine the angular frequency of the particle's motion.
rad/s
Transcribed Image Text:If the particle's mass m = 1.0 kg what is the value of the spring constant k? k= = Am i What is the maximum magnitude of the particle's acceleration, am? m/s² @= N/m = i From information provided in the plots, determine the angular frequency of the particle's motion. rad/s
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