A 50 g sits on top of a 2 kg piston as shown. The bottom end of the spring is ocillated according to &= 6, sin 2t. At time t= the piston are both zero (xo =0m and vo =0 m/s). If k = 205 N/ m, 8 = 20 mm, and 2 =8rad/s. 0 the position and velocity of %3D a. Calculate and plot the force F that must be exerted on the lower end of the spring to produce the motion as function of time t (0st<10s). b. Calculate and plot the force F exerted on the coin by the piston as function of t (0SIS10s). c. Determine the maximum value of on for which the coin stays in contact with the piston; that is, for which F.>0 always. 05 kg 2 kg 8g sin Qr Group B: Leonard, Benjamin Leonard, Nicholas Pozos, Leslie Dunham, Jacob Dominguez, Jessica Stanikzai, Torialai Solve the differential equation: my"+ky = kd, sin Qt Find Natural Frequency. Also, solve the differential equation y = %3D

A 50 g sits on top of a 2 kg piston as shown. The bottom end of the spring is ocillated according to &= 6, sin 2t. At time t= the piston are both zero (xo =0m and vo =0 m/s). If k = 205 N/ m, 8 = 20 mm, and 2 =8rad/s. 0 the position and velocity of %3D a. Calculate and plot the force F that must be exerted on the lower end of the spring to produce the motion as function of time t (0st<10s). b. Calculate and plot the force F exerted on the coin by the piston as function of t (0SIS10s). c. Determine the maximum value of on for which the coin stays in contact with the piston; that is, for which F.>0 always. 05 kg 2 kg 8g sin Qr Group B: Leonard, Benjamin Leonard, Nicholas Pozos, Leslie Dunham, Jacob Dominguez, Jessica Stanikzai, Torialai Solve the differential equation: my"+ky = kd, sin Qt Find Natural Frequency. Also, solve the differential equation y = %3D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Engineering Drawing

Technical drawing has been around since ancient times. As in the ancient Renaissance, complicated drawings were created, including Leonardo da Vinci's drawing. Modern engineering drawing, including its specific orthographic projection with scale conventions, began in Europe (France) during the early stages of Industrialization. L.T. C. Rolt also made some of Marc's drawings for its block-making machinery (in 1799) that also may have contributed significantly to British engineering technology. Since he learned the art of presenting three-dimensional(3D) items in a two-dimensional(2D) plane, as we now term mechanical drawing. 

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Please solve this question in handwriting step by step. Again Please in handwriting.

A 50 g sits on top of a 2 kg piston as shown. The bottom end of the spring is
oscillated according to 8 = 6, sin Qt. At time t= 0 the position and velocity of
the piston are both zero (xo = 0m and vo =0 m/s). If
k = 205 N/ m , 8, = 20 mm, and 2 = 8 rad/s.
a.. Calculate and plot the force F that must be exerted on the lower end of the
spring to produce the motion as function of time t (0<t<10s).
b. Calculate and plot the force F exerted on the coin by the piston as function of t
(0<1S10s).
c. Determine the maximum value of On for which the coin stays in contact with
the piston; that is, for which F, >0 always.
.05 kg
8g sin Qr
Group B:
Leonard, Benjamin
Leonard, Nicholas
Pozos, Leslie
Dunham, Jacob
Dominguez, Jesslca
Stanikzai, Torialai
Solve the differential equation: my"+ky=ko, sin t
Find Natural Frequency. Also, solve the differential equation y =

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