Determine the pitch diameters and numbers of teeth

Assignment Help Mechanical Engineering

Reference no: EM131173801

A worm and worm gear with shafts at 90° and a critter distance of 3 .10 in. are to have a velocity ratio of 7:1. Using a lead angle of 20°, determine the pitch diameters and numbers of teeth for the gram Make the axial pitch a simple fraction.

Reference no: EM131173801

Questions Cloud

Calculate the pitch angle of the pinion and the shaft angle : Make a sketch (to scale) of the pitch cones of the two gears in mesh. Show the back cones of each gear and label the pitch cones and the back cones.

Explain the social context of the social issue : Explain the importance of the legislation as it relates to your issue. Advocate for or against the legislation in a knowledgeable and respectful tone. This includes the following: Evaluating the proposed impact of the legislation on target population..

Calculate the addendum and dedendum : Make a full-size sketch of the equivalent gears showing two teeth in contact as in Fig. 6.7b.

Describe coherently in writing the principles : Describe coherently in writing the principles of Catholic Social Thought (CST), and through a personal written commentary on each one, explain that the concepts of 'self' and 'community' are interrelated.

Determine the pitch diameters and numbers of teeth : A worm and worm gear with shafts at 90° and a critter distance of 3 .10 in. are to have a velocity ratio of 7:1. Using a lead angle of 20°, determine the pitch diameters and numbers of teeth for the gram Make the axial pitch a simple fraction.

Evaluate possible contemporary applications of the results : Analyzes the article and identifies the professional area of psychology it represents and Assesses the roles of psychology professionals within this area and describes whether or not the article clearly and correctly represents these roles.

Calculate the lead and the pitch diameter of the worm : A four-threaded worm drives a 48-tooth worm gear having a pitch diameter of 7.64 in. and a helix angle of 20°. If the shafts are at right angles, calculate the lead and the pitch diameter of the worm.

Calculate the axial pitch of the worm : A four-threaded worm drives a 60-tooth worm gear with shafts at 90°. If the center distance is 8.00 in. and the lead angle of the worm 20°, calculate the axial pitch of the worm and the pitch diameters of the two gears.

How will you get the data you need to test your hypotheses : How will you get the data you need to test your hypotheses? What tools or devices will you use to make or record observations?

User Account

All Pages