Write a code to produce a simulation of the mechanism

Question

Can you provide the Matlab code for given problem?

Write a code to produce a simulation of the mechanism motion using the equation written in red in the file.

Problem Description:

Consider a shaft BP which has a pinned joint at point ‘B' and is connected to a slider at end ‘P'. The slider at ‘P' is capable of sliding freely in the slot of shaft AE. The shaft BP is moving by a constant angular speed ‘ω'. Mass of the slider is ‘m' and coefficient of friction between slider and rod AE isμ_k.As a result of rotation of BP, the slider ‘P' exhibit a reciprocating motion in the slot of AE thus causing angular motion to shaft AE. The angular velocity and angular acceleration of shaft AE and required activation torque at joint-B are found for different values of θ.

S No	Parameter	Value
1	Distance AB (b)	30 in
2	Length of arm BP (d)	15 in
3	Mass of slider (m)	1 lbm
4	Constant Angular velocity of BP	6 rad/sec
5	Coefficient of friction between follower and rod AE	0.25

The Geometry of of the Mechanism.

Attachment:- mech.rar

Answer 1

The given assignment which is describing to create a simulation of the mechanism motion Can you give the Matlab code for specified issue? Make a code to create a simulation of the mechanism motion using the equation written in red in the file. Problem Description: Consider a shaft BP which has a pinned joint at point ‘B' and is connected to a slider at end ‘P'. The slider at ‘P' is capable of sliding freely in the slot of shaft AE. The shaft BP is moving via a constant angular speed ‘?'. Mass of the slider is ‘m' and coefficient of friction between slider and rod AE is µk. As a consequence of rotation of BP, the slider ‘P' exhibit a reciprocating motion in the slot of AE therefore causing angular motion to shaft AE. The angular velocity and angular acceleration of shaft AE and needed activation torque at joint-B are originated for dissimilar values of ?.