363527 The linear momentum \(p\) of a body of mass 5 \(kg\) varies with times \(t\) as, \(p = 5{t^2} + t + 5\). It follows that the body is moving with:-

363528 A person says that he measured acceleration of a particle to be non-zero while no force is acting on the particle. Then,

363529 A body of mass 2 \(kg\) is acted upon by two forces each of magnitude 1 \(N\) and inclined at \(60^\circ \) with each other. The acceleration of the body in \(m\)/\(s\) is \(\left[ {\cos 60^\circ = 0.5} \right]\)

363530 A force acts for \(20\;s\) on a body of mass \(20\;kg\), starting from rest, after which the force ceases and then body describes \(50\;m\) in the next \(10\;s\). The value of force will be

363531 Formula for true force is

363527 The linear momentum \(p\) of a body of mass 5 \(kg\) varies with times \(t\) as, \(p = 5{t^2} + t + 5\). It follows that the body is moving with:-

363528 A person says that he measured acceleration of a particle to be non-zero while no force is acting on the particle. Then,

363529 A body of mass 2 \(kg\) is acted upon by two forces each of magnitude 1 \(N\) and inclined at \(60^\circ \) with each other. The acceleration of the body in \(m\)/\(s\) is \(\left[ {\cos 60^\circ = 0.5} \right]\)

363530 A force acts for \(20\;s\) on a body of mass \(20\;kg\), starting from rest, after which the force ceases and then body describes \(50\;m\) in the next \(10\;s\). The value of force will be

363531 Formula for true force is

363527 The linear momentum \(p\) of a body of mass 5 \(kg\) varies with times \(t\) as, \(p = 5{t^2} + t + 5\). It follows that the body is moving with:-

363528 A person says that he measured acceleration of a particle to be non-zero while no force is acting on the particle. Then,

363529 A body of mass 2 \(kg\) is acted upon by two forces each of magnitude 1 \(N\) and inclined at \(60^\circ \) with each other. The acceleration of the body in \(m\)/\(s\) is \(\left[ {\cos 60^\circ = 0.5} \right]\)

363530 A force acts for \(20\;s\) on a body of mass \(20\;kg\), starting from rest, after which the force ceases and then body describes \(50\;m\) in the next \(10\;s\). The value of force will be

363531 Formula for true force is

363527 The linear momentum \(p\) of a body of mass 5 \(kg\) varies with times \(t\) as, \(p = 5{t^2} + t + 5\). It follows that the body is moving with:-

363528 A person says that he measured acceleration of a particle to be non-zero while no force is acting on the particle. Then,

363529 A body of mass 2 \(kg\) is acted upon by two forces each of magnitude 1 \(N\) and inclined at \(60^\circ \) with each other. The acceleration of the body in \(m\)/\(s\) is \(\left[ {\cos 60^\circ = 0.5} \right]\)

363530 A force acts for \(20\;s\) on a body of mass \(20\;kg\), starting from rest, after which the force ceases and then body describes \(50\;m\) in the next \(10\;s\). The value of force will be

363531 Formula for true force is

363527 The linear momentum \(p\) of a body of mass 5 \(kg\) varies with times \(t\) as, \(p = 5{t^2} + t + 5\). It follows that the body is moving with:-

363528 A person says that he measured acceleration of a particle to be non-zero while no force is acting on the particle. Then,

363529 A body of mass 2 \(kg\) is acted upon by two forces each of magnitude 1 \(N\) and inclined at \(60^\circ \) with each other. The acceleration of the body in \(m\)/\(s\) is \(\left[ {\cos 60^\circ = 0.5} \right]\)

363530 A force acts for \(20\;s\) on a body of mass \(20\;kg\), starting from rest, after which the force ceases and then body describes \(50\;m\) in the next \(10\;s\). The value of force will be

363531 Formula for true force is