Is it possible for a particle to describe a curved path if no force acts on it ? Does your answer depend on the frame of reference chosen to view the particles?
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NO A PARTICLE MUST NEED A CENTRIPETAL FORCE CONTINOUSLY TO BE IN CIRCULAR MOTION.... THE ANSWER IS NOT PROBABLY DEPENDS ON THE FRAME OF REFERENCE
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Every particle tends to remain in its linear motion state (motion in a linear line with constant velocity) or in a resting state until an unbalanced external force acts on it.
Explanation:
- if there is no force acting on the particle, its path can’t be changed. So, a particle can not define a curved path when no force interacts on it.
- Every particle tends to remain in its linear motion state (motion in a linear line with constant velocity) or in a resting state until an unbalanced external force acts on it. This is the first law of Newton. But why do I say it?
- Okay, when you mean that you want to interrupt its motion in a straight line by saying "curved road," in other words you want to change its pace. You must therefore apply an external unbalanced force perpendicular to the tangent at a certain point on a curved line.
- Indeed, if the frame of reference represents a curved path, the answer depends on the frame of reference chosen to view the particle.
To know more about no force acts , visit:
No force acts on a current carrying conductor when it is placed- a. Perpendicular to the magnetic fieldb. Parallel to the magnetic fieldc. Far away from the magnetic fieldd. Inside a magnetic field
brainly.in/question/8025133
If a body is not accelerated what happens no force acts on it, no unbalance force acts on it, the result force is not zero, a single force acts on it
https://brainly.in/question/5287130
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