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A liquid mass readjusts itself and undergoes a rigid body type ofmotion when it is subjected to a
- a)Constant angular velocity
- b)Constant angular acceleration
- c)Linearly varying velocity
- d)Linearly varying acceleration
Correct answer is option 'A'. Can you explain this answer?
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A liquid mass readjusts itself and undergoes a rigid body type ofmotio...
Ans. (a)
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A. Constant Angular Velocity:
When a liquid mass is subjected to a constant angular velocity, it readjusts itself and undergoes a rigid body type of motion. This means that the particles within the liquid mass move in such a way that they maintain a fixed distance from each other, similar to how the particles in a solid object move.
Explanation:
- Angular Velocity: Angular velocity is the rate at which an object rotates around a fixed axis. In the case of a liquid mass, this refers to the rotational motion of the particles within the liquid.
- Rigid Body Type of Motion: A rigid body is an object that does not deform or change shape when subjected to external forces. In the case of a liquid mass undergoing a rigid body type of motion, the particles within the liquid move in such a way that they maintain their relative positions.
- When a liquid mass is subjected to a constant angular velocity, the particles within the liquid adjust their positions in order to maintain a fixed distance from each other. This is similar to how the particles in a solid object move when it undergoes a rotational motion.
- The forces acting between the particles within the liquid mass cause them to readjust their positions in response to the rotational motion. These forces ensure that the particles maintain their relative positions and do not move away from each other.
- It is important to note that this behavior is observed when the liquid mass is subjected to a constant angular velocity. If the angular velocity were to change, the particles would readjust their positions accordingly to maintain the rigid body type of motion.
- This behavior is seen in real-life examples such as the rotation of a liquid in a centrifuge or the movement of water in a rotating vessel. In both cases, the liquid readjusts itself and undergoes a rigid body type of motion due to the constant angular velocity.
- In conclusion, when a liquid mass is subjected to a constant angular velocity, it readjusts itself and undergoes a rigid body type of motion. The particles within the liquid move in such a way that they maintain a fixed distance from each other, similar to the behavior of particles in a solid object undergoing rotational motion.
When a liquid mass is subjected to a constant angular velocity, it readjusts itself and undergoes a rigid body type of motion. This means that the particles within the liquid mass move in such a way that they maintain a fixed distance from each other, similar to how the particles in a solid object move.
Explanation:
- Angular Velocity: Angular velocity is the rate at which an object rotates around a fixed axis. In the case of a liquid mass, this refers to the rotational motion of the particles within the liquid.
- Rigid Body Type of Motion: A rigid body is an object that does not deform or change shape when subjected to external forces. In the case of a liquid mass undergoing a rigid body type of motion, the particles within the liquid move in such a way that they maintain their relative positions.
- When a liquid mass is subjected to a constant angular velocity, the particles within the liquid adjust their positions in order to maintain a fixed distance from each other. This is similar to how the particles in a solid object move when it undergoes a rotational motion.
- The forces acting between the particles within the liquid mass cause them to readjust their positions in response to the rotational motion. These forces ensure that the particles maintain their relative positions and do not move away from each other.
- It is important to note that this behavior is observed when the liquid mass is subjected to a constant angular velocity. If the angular velocity were to change, the particles would readjust their positions accordingly to maintain the rigid body type of motion.
- This behavior is seen in real-life examples such as the rotation of a liquid in a centrifuge or the movement of water in a rotating vessel. In both cases, the liquid readjusts itself and undergoes a rigid body type of motion due to the constant angular velocity.
- In conclusion, when a liquid mass is subjected to a constant angular velocity, it readjusts itself and undergoes a rigid body type of motion. The particles within the liquid move in such a way that they maintain a fixed distance from each other, similar to the behavior of particles in a solid object undergoing rotational motion.
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A liquid mass readjusts itself and undergoes a rigid body type ofmotion when it is subjected to aa)Constant angular velocityb)Constant angular accelerationc)Linearly varying velocityd)Linearly varying accelerationCorrect answer is option 'A'. Can you explain this answer?
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