ECAT/Physics MCQ QUESTION AND ANSWER Sample Test,Sample questions

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Question: 
For a fluid which of the following is a suitable flow model?

1.Finite control volume approach

2.Infinitesimal fluid element approach

3.Molecular approach

4.All three models can be applied based on the requirement

Question: 
For a fluid which of the following is a suitable flow model?

1.Finite control volume approach

2.Infinitesimal fluid element approach

3.Molecular approach

4.All three models can be applied based on the requirement

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

Question: 
Under which flow similarity, scale, volume, and length fall?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4. None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Question: 
Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

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