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

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

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

The shock wave is formed in?

1.subsonic flow

2.transonic flow

3.supersonic flow

4.None of these

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

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4. None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

Under which flow similarity, the force of inertia falls?

1.Geometric Similarity

2.Kinematic Similarity

3.Dynamic Similarity

4.None of these

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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