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The all small weights that are being applied by all the infinite particles of the body act __________ to each other.
- a)Parallel
- b)Perpendicular
- c)Collinear
- d)Divergent
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
The all small weights that are being applied by all the infinite parti...
All the small weights that are being applied by all the particles are being applied by them parallel to themselves. Thus the parallel is the right answer. Thus the total sum of all these small weights add up to the total weight of the body.
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The all small weights that are being applied by all the infinite parti...
Explanation:
When considering the weights applied by the infinite particles of a body, it is important to understand the concept of weight and its direction. Weight is a force that is exerted by an object due to gravity.
Parallel:
The option 'A' states that the weights applied by all the infinite particles of the body act parallel to each other. This means that the direction of the weight is the same for all particles.
Perpendicular:
If the weights were acting perpendicular to each other, it would mean that the particles are being pulled in different directions. This is not the case with the weights applied by the particles of a body.
Collinear:
If the weights were acting collinearly, it would mean that the particles are being pulled towards the same line of action. However, the particles in a body are distributed in three-dimensional space and therefore their weights do not act collinearly.
Divergent:
If the weights were acting divergently, it would mean that the particles are being pulled away from each other. However, the weights applied by the particles of a body act in the same direction and therefore they are not divergent.
Therefore, the correct answer is option 'A' - parallel. The weights applied by all the infinite particles of the body act parallel to each other. This is because gravity acts uniformly on all particles, and their weights are directed towards the center of the Earth.
When considering the weights applied by the infinite particles of a body, it is important to understand the concept of weight and its direction. Weight is a force that is exerted by an object due to gravity.
Parallel:
The option 'A' states that the weights applied by all the infinite particles of the body act parallel to each other. This means that the direction of the weight is the same for all particles.
Perpendicular:
If the weights were acting perpendicular to each other, it would mean that the particles are being pulled in different directions. This is not the case with the weights applied by the particles of a body.
Collinear:
If the weights were acting collinearly, it would mean that the particles are being pulled towards the same line of action. However, the particles in a body are distributed in three-dimensional space and therefore their weights do not act collinearly.
Divergent:
If the weights were acting divergently, it would mean that the particles are being pulled away from each other. However, the weights applied by the particles of a body act in the same direction and therefore they are not divergent.
Therefore, the correct answer is option 'A' - parallel. The weights applied by all the infinite particles of the body act parallel to each other. This is because gravity acts uniformly on all particles, and their weights are directed towards the center of the Earth.
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The all small weights that are being applied by all the infinite particles of the body act __________ to each other.a)Parallelb)Perpendicularc)Collineard)DivergentCorrect answer is option 'A'. Can you explain this answer?
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