solved Below are the steps and guidelines to answering the CAM

Below are the steps and guidelines to answering the CAM and Gear mechanism work. Please follow the steps. II Designing of cam mechanisms
– Follower’s motion law
Describe cam mechanism to be analyzed;
Declare initial data and describe results to be searched:, What motion laws are considered and why. What motion law is selected
and why;
Calculation and presenting of follower’s motion diagrams. Result review
and analysis.
– Calculation of main dimensions for cam mechanism
The task of metric synthesis? What values need to be found;
Used method and explanations;
Drawing with explanations;
The minimal values of calculated parameters. Values taken into design.
– Cam profile design
Main parameters describing geometry and work conditions of cam
mechanism.
Method used in Cam profile design (short description, info sources if
needed, other important remarks)
Drawing of design (with marked all curves and circles describing cam
profile). Drawing 2 Please drawing should have is own page separated from the main work just like the sample i sent to you earlier. III Designing of gear mechanisms
Review of gear mechanism presented in task. Calculate and present
transmission ratios (total, spur gear coupling
and planet reducer)
– Coupling design between gears z1 and z2
Analysis of gear z1 and z2 (evaluation of numbers of teeth);
Explain why and how defined modification coefficients for gears;
Calculation of gears geometrical parameters (advice: do it table – ex. In
lecture slides)
Explain steps and design gears coupling with gear teeth profiling
Put all values in to drawing according standard;
Calculate real overlapping coefficient from the drawing. Explain its
meaning.
– Designing of planet reducer
Describe planet reducers design, given values and values needed to find;
Explain method to find numbers of teeth for sun and planet gears.
Calculate numbers of teeth. Check difference of designed and needed
transmission ratios and evaluate it in
percent.
Check design of planet reducer by coaxiallity, coexistence; possibility to
assemble reducer;
Make drawing.
Drawing 3 – Please drawing should have is own page separated from the main work just like the sample i sent to you earlier.