Draw the assembly views of the following G Clamp from a front view and top view. Provide a standard title block and parts list. Full details written in the picture.

Example 4 Draw sectional front view and side view of a bevel gcar with 36 toeth, pitch angle 45°, hole diameter 40 mm and module 5.

1. Read and study the functional requirements of the application above. On the product drawing, select the datum feature and apply one of the coaxial controls discussed in this unit. Make sure your feature control frame and tolerance meets the requirement stated above. (Please use attached image) 2. Consider another example Suppose there was a mating fit requirment with a tight size tolerance on the 3.000 OD above and then a seperate location requirement to be met. Which coaxial would you consider using? Explain. Please make sure I can read what you wrote! Thank you

Which of the following is true about machine home, part origin, and tool change position? (choose all that apply) Machine tool home is a position set once by the machine manufacturer. Part origin is set by the programmer. All subsequent relative programmed tool movements are measured from part origin. Tool change position is set by the setup person.

What is relative position vector?

How many possible gaits (distinct combinations of lift/release events) can a 4 legged robot like the Aibo produce?

What are two advantages of using a shrink-fit toolholder ?

Design a Geneva Mechanism for an eight station automated tables. The indexer diameter is set to 36 in and the station cycle time is 40s. Show both the design drawing and calculations

There is a position tolerance applied to a four hole pattern and another position tolerance to a single hole. Calculate the diameter of a pinused as the secondary datum feature B simulator for these position tolerance.