Podcast
Questions and Answers
What is the difference between upper deviation and lower deviation?
What is the difference between upper deviation and lower deviation?
- Upper deviation is the minimum limit, while lower deviation is the maximum limit
- Upper deviation is always positive, while lower deviation is always negative
- Upper deviation is the difference from minimum size, while lower deviation is the difference from maximum size (correct)
- Upper deviation is for shafts, while lower deviation is for holes
What does bilateral tolerance mean?
What does bilateral tolerance mean?
- Variation allowed only in the lower limit
- Variation allowed on either sides of the zero line (correct)
- Variation allowed only on one side of the zero line
- Variation allowed only in the upper limit
What is the fundamental deviation?
What is the fundamental deviation?
- The deviation closest to the basic size (correct)
- The biggest deviation possible
- A deviation that is always negative
- A deviation that allows maximum variation
What does positive allowance mean in terms of holes and shafts?
What does positive allowance mean in terms of holes and shafts?
In unilateral tolerance, where is variation allowed?
In unilateral tolerance, where is variation allowed?
What does negative allowance result in?
What does negative allowance result in?
What type of fit may result in either a clearance or interference condition?
What type of fit may result in either a clearance or interference condition?
In an interference fit, the allowance is:
In an interference fit, the allowance is:
What is the interference between the largest shaft and the smallest hole?
What is the interference between the largest shaft and the smallest hole?
Which type of fit is called for when accurate alignment is critical?
Which type of fit is called for when accurate alignment is critical?
What amount of actual interference exists between the smallest shaft and the largest hole?
What amount of actual interference exists between the smallest shaft and the largest hole?
What is the significance of a slip or push fit?
What is the significance of a slip or push fit?
What is the purpose of the GD&T method?
What is the purpose of the GD&T method?
In the hole-basis system, what is considered the basic size?
In the hole-basis system, what is considered the basic size?
In the GD&T system, what does the 'h' denote?
In the GD&T system, what does the 'h' denote?
What is the symbol denoting the hole-basis system?
What is the symbol denoting the hole-basis system?
How is the maximum shaft size determined in the hole-basis system?
How is the maximum shaft size determined in the hole-basis system?
What is the minimum clearance value in the GD&T hole and shaft system?
What is the minimum clearance value in the GD&T hole and shaft system?
How are tolerances applied to the hole and shaft in the GD&T system?
How are tolerances applied to the hole and shaft in the GD&T system?
What is the purpose of applying different tolerances to the hole and shaft in the hole-basis system?
What is the purpose of applying different tolerances to the hole and shaft in the hole-basis system?
Which deviation is associated with the shaft-basis system?
Which deviation is associated with the shaft-basis system?
What type of industries commonly use the GD&T system?
What type of industries commonly use the GD&T system?
What is a key advantage of the hole-basis system according to the text?
What is a key advantage of the hole-basis system according to the text?
Why is the GD&T method especially useful in quantity production of interchangeable parts?
Why is the GD&T method especially useful in quantity production of interchangeable parts?
What type of fit allows for loose mating and free movement between parts?
What type of fit allows for loose mating and free movement between parts?
In which type of fit does the internal member have a larger size than the external member?
In which type of fit does the internal member have a larger size than the external member?
What is the minimum air space in a clearance fit according to E.G. Anas ME 414?
What is the minimum air space in a clearance fit according to E.G. Anas ME 414?
Which type of fit requires some degree of force to join two components?
Which type of fit requires some degree of force to join two components?
What is the purpose of using an interference fit?
What is the purpose of using an interference fit?
Where would you find examples of a clearance fit according to the text?
Where would you find examples of a clearance fit according to the text?
