Question 1

If the spring is compressed completely and the adjacent coils touch each other,the the length of spring is called as?

Accepted Answer

A) solid length 
B) compressed length 
C) free length 
D) none of the mentioned 
A) solid length 
B) compressed length 
C) free length 
D) none of the mentioned

Question 2

Miter gears are the bevel gears mounted on shaft which are intersecting at angle greater than 90.

Accepted Answer

A) True 
 B)False

Question 3

Active and inactive, both types of coils support the load although both don't participate in spring action.

Accepted Answer

A) active coils don't support the load 
B) inactive coils don't support the load 
C) both active and inactive don't support the load 
D) both active and inactive support the load 
A) active coils don't support the load 
B) inactive coils don't support the load 
C) both active and inactive don't support the load 
D) both active and inactive support the load

If the spring is compressed completely and the adjacent coils touch each other,the the length of spring is called as?

Miter gears are the bevel gears mounted on shaft which are intersecting at angle greater than 90.

Active and inactive, both types of coils support the load although both don't participate in spring action.

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 Shafts, Keys, and Joints

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Exam 8: Mechanical Engineering : Punching Vs Drilling, Casting Sands, Leaf Springs

If the spring is compressed completely and the adjacent coils touch each other,the the length of spring is called as?

Miter gears are the bevel gears mounted on shaft which are intersecting at angle greater than 90.

Active and inactive, both types of coils support the load although both don't participate in spring action.

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 Shafts, Keys, and Joints

Filters