A box is attached to a spring and can move along a frictionless, horizontal surface according to this graph. D. Additional information: 4. Weight of box = 40 N ) Write out the position vs time and velocityvs time equations that describe the motion of this box. (Include units) ii) What is the magnitude of the maximum force on the box? -2 i) What is the box's maximum kinetic energy? H. Time Displacement (cm)
A box is attached to a spring and can move along a frictionless, horizontal surface according to this graph. D. Additional information: 4. Weight of box = 40 N ) Write out the position vs time and velocityvs time equations that describe the motion of this box. (Include units) ii) What is the magnitude of the maximum force on the box? -2 i) What is the box's maximum kinetic energy? H. Time Displacement (cm)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Transcribed Image Text:A box is attached to a spring and can move along a frictionless, horizontal surface according to this graph.
5n
Additional information:
Weight of box= 40 N
事
i) Write out the position vs time and velocity Vs
time equationsthat describe the motion of
this box. (Include units)
)What is the magnitude of the maximum
force on the box?
)What is the box's maximum kinetic energy?
B
A
in
Time (
Choose from the labeled points. There may be only one point, more than one point, or none that correctly
answer the questions below. If there are no points, write "none"
iv) Where is the magnitude of the box's momentum zero?
v) Where is the spring potential energy negative?
vi) Where is the magnitude of the acceleration maximum?
vii) Where is the velocitynegative?
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