Dynamic

Please show how to solve using ADAMs using the figure given, solve question no. 3

The 10kg rigid rod positioned on a frictionless surface as shown in the below figure and then released from that position t=0. When L=0.4m,g=9.81m/s2, answer the following problems. Show the whole procedure of derivation with hand-writing. 2. Using MATLAB, calculate the change of angle , and plot them versus time (time span: 0 s0.3s). Submit the MATLAB codes you wrote along with the simulation results. The initial conditions of the are given as ()=80 and ()=0% sec. 3. Develop an ADAMS model of the system and perform dynamic simulation with the same conditions given in Problem 2. Compare the results from ADAMS with those from MATLAB. Submit the ADAMS file along with the simulation results. You should attach the graphs plotted by both programs, respectively