Virtual Labs

In the experiment, what does the flow rate (LPM) represent?

a: The radial velocity of the slider Explanation

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b: The amount of water passing through the system per minute Explanation

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c: The angular velocity of the rotating link Explanation

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d: The tangential velocity of the slider Explanation

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If the radial velocity is zero, what will the Coriolis acceleration be?

a: Maximum Explanation

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b: Zero Explanation

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c: Equal to the angular velocity Explanation

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d: Undefined Explanation

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What does the torque measurement in the hydraulic system indicate?

a: The power of the system Explanation

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b: The angular velocity of the rotating link Explanation

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c: The rotational force needed to overcome resistance in the fluid system Explanation

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d: The velocity of the slider Explanation

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In the virtual experiment, what happens if you do not lock the parameter values before starting the simulation?

a: The simulation will fail to start. Explanation

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b: The system will use default values for parameters. Explanation

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c: The simulation will start with incorrect values. Explanation

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d: The simulation will crash. Explanation

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How can the Coriolis effect be visually observed in the virtual lab?

a: Through vector arrows showing acceleration components Explanation

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b: By measuring torque directly Explanation

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c: By adjusting the slider’s position manually Explanation

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d: By increasing the flow rate Explanation

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What conclusion can be drawn from the Coriolis acceleration experiment?

a: Radial velocity and angular velocity have no effect on acceleration. Explanation

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b: Coriolis acceleration depends linearly on both radial and angular velocities. Explanation

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c: Coriolis acceleration decreases with increasing angular velocity. Explanation

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d: Radial motion does not contribute to Coriolis acceleration. Explanation

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How is the Coriolis acceleration affected if the angular velocity is doubled?

a: It becomes half. Explanation

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b: It remains unchanged. Explanation

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c: It doubles. Explanation

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d: It quadruples. Explanation

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Coriolis’ Component Of Acceleration