$1-(30$ pts$)$ Model the mechanism using SolidWorks. Use the motion analysis module to verify the

mechanism motion and the analytical results found in problem $1.$ Obtain the following plots from the

computer analysis. All plots must be readable with both axes labeled properly. Also, show how you

obtained values from the plots.

a$)-$Plot${}_2($angular displacement of link $2)$ vs$.{}_4.$ Clearly label the plot. From the plot, estimate

the value of ${}_4$ for ${}_2=74$ and compare it to the value found analytically.

b$)-$ Plot the linear displacement of the slider $6$ vs $.$ the ${}_2.$ Determine the total travel of slider $6$ in

mm $.$ Is it what you expected? Explain.

c$)-$ Link $4$ oscillates. Use the plot in part a$)$ to estimate the rocking angle of link $4.$

Hint: manually rotate link $2$ to find the toggle positions, include two figures showing the

two toggle positions, dimension the angles.

d$)-$ Plot ${}_4$ vs$.{}_2$ Estimate the value ${}_4$ for ${}_2=74,$ and compare that to result analytical result.

comment on the result.

Upload the animation and a file including the results of the motion analysis $($plots$)$ to Canvas by

October $23$rd at $11$:$59$ pm$.$

$A_{0}A=28m$

$AB=66m$

$AC=33m$

$BC=51m$

$CD=60m$

$BD=29m$

$A_{0}B=68m$