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Rectangular bar in a rectangular hole is the following type of pair
- a)completely constrained motion
- b)partially constrained motion
- c)incompletely constrained motion
- d)freely constrained motion
- e)none of the above
Correct answer is option 'A'. Can you explain this answer?
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Rectangular bar in a rectangular hole is the following type of paira)c...
Rectangular bar in a rectangular hole is an example of completely constrained motion.
Explanation:
Completely constrained motion refers to a situation where the motion of a body or object is completely restricted or controlled by its surroundings. In other words, the object can only move in a specific manner or along a specific path without any freedom of movement.
In the case of a rectangular bar in a rectangular hole, the bar is designed to fit perfectly within the hole. This means that the dimensions of the bar are such that it fits snugly and does not have any space for movement in any direction. The sides of the bar are in contact with the sides of the hole, ensuring that the bar cannot move or rotate within the hole.
This type of arrangement provides complete constraint to the motion of the bar. It restricts the bar from moving in any direction and limits its motion to the confines of the hole. The bar is completely constrained within the hole, and its motion is determined by the shape and dimensions of the hole.
By contrast, partially constrained motion refers to a situation where the motion of a body or object is restricted in some directions or degrees of freedom but still has some freedom of movement. Incompletely constrained motion refers to a situation where the object has some restrictions on its motion but is not completely restricted. Freely constrained motion refers to a situation where the object has no restrictions on its motion and can move freely in any direction.
In conclusion, a rectangular bar in a rectangular hole is an example of completely constrained motion because the motion of the bar is completely restricted by the dimensions and shape of the hole. The bar cannot move or rotate within the hole and is constrained to the confines of the hole.
Explanation:
Completely constrained motion refers to a situation where the motion of a body or object is completely restricted or controlled by its surroundings. In other words, the object can only move in a specific manner or along a specific path without any freedom of movement.
In the case of a rectangular bar in a rectangular hole, the bar is designed to fit perfectly within the hole. This means that the dimensions of the bar are such that it fits snugly and does not have any space for movement in any direction. The sides of the bar are in contact with the sides of the hole, ensuring that the bar cannot move or rotate within the hole.
This type of arrangement provides complete constraint to the motion of the bar. It restricts the bar from moving in any direction and limits its motion to the confines of the hole. The bar is completely constrained within the hole, and its motion is determined by the shape and dimensions of the hole.
By contrast, partially constrained motion refers to a situation where the motion of a body or object is restricted in some directions or degrees of freedom but still has some freedom of movement. Incompletely constrained motion refers to a situation where the object has some restrictions on its motion but is not completely restricted. Freely constrained motion refers to a situation where the object has no restrictions on its motion and can move freely in any direction.
In conclusion, a rectangular bar in a rectangular hole is an example of completely constrained motion because the motion of the bar is completely restricted by the dimensions and shape of the hole. The bar cannot move or rotate within the hole and is constrained to the confines of the hole.
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Rectangular bar in a rectangular hole is the following type of paira)completely constrained motionb)partially constrained motionc)incompletely constrained motiond)freely constrained motione)none of the aboveCorrect answer is option 'A'. Can you explain this answer?
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