Question 1

Flexible shafts have_______rigidity in torsion making them flexible.

Accepted Answer

A) low 
B) high 
C) very high 
D) infinitely small 
A) low 
B) high 
C) very high 
D) infinitely small

Question 2

Saddle key is more suitable than sunk key for heavy duty applications.

Accepted Answer

A) True 
 B)False

Question 3

Splines are keys.

Accepted Answer

A) True 
 B)False

Question 4

Forge welding involves heating of parts to elastic stage and joint is prepared by impact force.

Accepted Answer

A) yes 
B) no, it is done up to plastic stage 
C) heating is done up to boiling point 
D) none of the listed 
A) yes 
B) no, it is done up to plastic stage 
C) heating is done up to boiling point 
D) none of the listed

Flexible shafts have_______rigidity in torsion making them flexible.

Saddle key is more suitable than sunk key for heavy duty applications.

Splines are keys.

Forge welding involves heating of parts to elastic stage and joint is prepared by impact force.

Mechanical Engineering

Engineering Design and Analysis

Joints and Joining Techniques

Bonding Theory, Springs, and Flywheels

Mechanical Engineering Bearings and Gears

Mechanical Engineering Gears, Lubrication, Welding, Stress, and Design

Mechanical Engineering : Punching Vs Drilling, Casting Sands, Leaf Springs

Filters

Exam 7: Mechanical Engineering Shafts, Keys, and Joints

Flexible shafts have_______rigidity in torsion making them flexible.

Saddle key is more suitable than sunk key for heavy duty applications.

Splines are keys.

Forge welding involves heating of parts to elastic stage and joint is prepared by impact force.

Mechanical Engineering

Engineering Design and Analysis

Joints and Joining Techniques

Bonding Theory, Springs, and Flywheels

Mechanical Engineering Bearings and Gears

Mechanical Engineering Gears, Lubrication, Welding, Stress, and Design

Mechanical Engineering : Punching Vs Drilling, Casting Sands, Leaf Springs

Filters