Virtual Labs

Mechanical Engineering Mechanics of Machine I Experiments

Aim

Theory

Procedure

Self Evaluation

Simulation

Assignment

Quiz

Videos

References

Feedback

Aim

Theory

Procedure

Self Evaluation

Simulation

Assignment

Quiz

Videos

References

Feedback

Position analysis of slider crank mechanism

Choose difficulty:

Beginner

Intermediate

Advanced

For l/r ratio for an IC engine with 10cm crankshaft and 30cm connecting rod is?

a: 3 Explanation

Explanation

b: 1/3 Explanation

Explanation

c: 4 Explanation

Explanation

d: None of these Explanation

Explanation

For a given input crank angle how many positions of the slider are possible for fixed link lengths?

a: Depends on link length Explanation

Explanation

b: More than 2 Explanation

Explanation

c: At least 2 Explanation

Explanation

d: Only 1 Explanation

Explanation

How many revolute joints does a slider crank mechanism have?

a: 4 Explanation

Explanation

b: 3 Explanation

Explanation

c: 1 Explanation

Explanation

d: 0 Explanation

Explanation

How many prismatic joints does a slider crank mechanism have

a: 3 Explanation

Explanation

b: 0 Explanation

Explanation

c: 1 Explanation

Explanation

d: 4 Explanation

Explanation

Tangential Acceleration at a point on a link ?

a: is perpendicular to the link Explanation

Explanation

b: is parallel to the link Explanation

Explanation

c: is at 45^o to the link in the direction of motion Explanation

Explanation

d: None of these Explanation

Explanation

At which of the following crank angle positions is the slider at its extreme position?

a: 120^o Explanation

Explanation

b: 90^o Explanation

Explanation

c: 30^o Explanation

Explanation

d: 180^o Explanation

Explanation

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