Mention the nature of motion of a body if its displacement$-$time graph is a straight line parallel to time axis.
Mention the nature of motion of a body if its displacement$-$time graph is a straight line parallel to time axis.
No motion.
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Area under velocity$-$time graph is equal to the
Area under velocity$-$time graph is equal to the
$(a)$ Define circular motion.
$(b)$ "Uniform circular motion is an accelerated motion". Justify this statement with reason.
$(c)$ An artificial satellite is moving in a circular orbit of radius $42250\, km.$ Calculate its speed if it takes $24$ hours to revolve once around the earth.
$(a)$ Define circular motion.
$(b)$ "Uniform circular motion is an accelerated motion". Justify this statement with reason.
$(c)$ An artificial satellite is moving in a circular orbit of radius $42250\, km.$ Calculate its speed if it takes $24$ hours to revolve once around the earth.
What is the nature of the displacement$-$time graph of a body moving with constant velocity ?
What is the nature of the displacement$-$time graph of a body moving with constant velocity ?
The numerical ratio of displacement to distance for a moving object is
The numerical ratio of displacement to distance for a moving object is
If the displacement-time graph for a particle is parallel to displacement axis, what is the velocity of the particle ?
If the displacement-time graph for a particle is parallel to displacement axis, what is the velocity of the particle ?