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A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0 < 0="" />< 900)?="" />
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A body B is capable of remaining stationary inside a liquid at the pos...
The body will remain stationary (relative to liquid)
Due to acceleration down the plane, both body B and liquid will received the same component of acceleration down the plane
Due to acceleration down the plane, both body B and liquid will received the same component of acceleration down the plane
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A body B is capable of remaining stationary inside a liquid at the pos...
Introduction:
In this problem, we have a body B that is capable of remaining stationary inside a liquid at a specific position. We are given two figures, Figure (a) shows the initial position of the body B inside the liquid, and Figure (b) shows the body placed on a smooth inclined plane and allowed to slide down. We need to analyze the behavior of the system when it slides down the inclined plane.
Analysis:
1. Initial Position:
- Figure (a) shows the body B inside the liquid and at rest.
- The body B is in equilibrium due to the buoyant force acting on it, which is equal to the weight of the body.
- The buoyant force is the force exerted by a fluid on an immersed body, in the upward direction. It depends on the volume of the body and the density of the fluid.
2. Placing on the Inclined Plane:
- In Figure (b), the body B is placed on a smooth inclined plane.
- When the system is released, the body B will start sliding down the inclined plane due to the force of gravity acting on it.
- The force of gravity, acting in the downward direction, will be greater than the buoyant force.
- As a result, the body B will move downward and away from its initial position in the liquid.
3. Motion Down the Inclined Plane:
- As the body B slides down the inclined plane, it experiences a component of the force of gravity acting parallel to the inclined plane, known as the component of weight along the incline.
- This component of weight will cause the body B to accelerate down the incline.
- The acceleration of the body B depends on the angle of the incline and the gravitational force acting on it.
- The body B will continue to slide down the inclined plane until it reaches a new equilibrium position.
Conclusion:
When the system is placed on a smooth inclined plane and allowed to slide down, the body B will move downward and away from its initial position in the liquid. It will experience a component of the force of gravity acting parallel to the inclined plane, causing it to accelerate down the incline. The body B will continue to slide until it reaches a new equilibrium position on the inclined plane.
In this problem, we have a body B that is capable of remaining stationary inside a liquid at a specific position. We are given two figures, Figure (a) shows the initial position of the body B inside the liquid, and Figure (b) shows the body placed on a smooth inclined plane and allowed to slide down. We need to analyze the behavior of the system when it slides down the inclined plane.
Analysis:
1. Initial Position:
- Figure (a) shows the body B inside the liquid and at rest.
- The body B is in equilibrium due to the buoyant force acting on it, which is equal to the weight of the body.
- The buoyant force is the force exerted by a fluid on an immersed body, in the upward direction. It depends on the volume of the body and the density of the fluid.
2. Placing on the Inclined Plane:
- In Figure (b), the body B is placed on a smooth inclined plane.
- When the system is released, the body B will start sliding down the inclined plane due to the force of gravity acting on it.
- The force of gravity, acting in the downward direction, will be greater than the buoyant force.
- As a result, the body B will move downward and away from its initial position in the liquid.
3. Motion Down the Inclined Plane:
- As the body B slides down the inclined plane, it experiences a component of the force of gravity acting parallel to the inclined plane, known as the component of weight along the incline.
- This component of weight will cause the body B to accelerate down the incline.
- The acceleration of the body B depends on the angle of the incline and the gravitational force acting on it.
- The body B will continue to slide down the inclined plane until it reaches a new equilibrium position.
Conclusion:
When the system is placed on a smooth inclined plane and allowed to slide down, the body B will move downward and away from its initial position in the liquid. It will experience a component of the force of gravity acting parallel to the inclined plane, causing it to accelerate down the incline. The body B will continue to slide until it reaches a new equilibrium position on the inclined plane.
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A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0
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A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0 for Class 7 2024 is part of Class 7 preparation. The Question and answers have been prepared according to the Class 7 exam syllabus. Information about A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0 covers all topics & solutions for Class 7 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0 .
A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0 for Class 7 2024 is part of Class 7 preparation. The Question and answers have been prepared according to the Class 7 exam syllabus. Information about A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0 covers all topics & solutions for Class 7 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A body B is capable of remaining stationary inside a liquid at the position shown in fig. (a). If the whole System Is gently placed on smooth inclined plane (Fig.(b)) and is allowed to slide down, then (0 .
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