The displacement S of a moving particle is related with time t as S = ..
The displacement S of a moving particle is related with time t as S = α t 2 + β t + c . The displacement of the particle after 1 sec is 40 m, its velocity and..
Displacement Vector
Displacement Vector - Displacement vector is a vector which gives the position of a point with reference to a point other than the origin of the coordinate system. Let a particle at a point P at an instant of time t, move to another point Q at ..
Displacement Vector - Displacement vector is a vector which gives the position of a point with reference to a point other than the origin of the coordinate system. Let a particle at a point P at an instant of time t, move to another point Q at ..Expression for Displacement in SHM
Expression for Displacement in SHM..
Expression for Displacement in SHM..The displacement s of a moving particle is related with time as s = at..
The displacement s of a moving particle is related with time as s = at 2 + bt + c . If the displacement after 1 sec is 20 m, the velocity after 2 sec is 30 m/sec and acceleration is 10 ..
Properties of alpha particles
They are deflected by electric and magnetic fields. The deflection is less compared to that of b particles, because a particles are heavy. They affect a photographic plate and cause fluorescence on striking a fluorescent material. They ionise the gas through which th..
Generalisation to N - Particles
>According to Newton's third law, For any a t h particle Substituting a = 1, 2,.. N. We have N equations. Adding them all, The position vector of the centre of mass of the whole system is given by, Where M = m 1 +m 2 +-------m..
>According to Newton's third law, For any a t h particle Substituting a = 1, 2,.. N. We have N equations. Adding them all, The position vector of the centre of mass of the whole system is given by, Where M = m 1 +m 2 +-------m..The displacement of a particle S (in metres) is related with time t (i..
The displacement of a particle S (in metres) is related with time t (in seconds) as S = t 3 3 - 1 7 t 2 2 + 7 2 t Find the acceleration of the particle when it comes to rest first time. => 17 m/sec 2..
The displacement S (in meters) of a particle is related with time t(in..
The displacement S (in meters) of a particle is related with time t (in seconds) as S = 3 t 3 + 4 t 2 + 3 t + 2 The velocity of the particle when t = 3 sec is => 105 m/sec or 27 m/sec or 108 m/s..
A particle moves along a straight line with the relation between the t..
A particle moves along a straight line with the relation between the time and distance ( s ) in such a way that s = 9 - 5 t 2 + 10 t 3 . At what time will the acceleration be 230 units/sec 2 ? => 300 sec or 1 4 sec..
The displacement s of a particle moving on a straight line at any time..
The displacement s of a particle moving on a straight line at any time t is given by s = 8 t 2 + 6 t + 5. Find the instantaneous velocity of the particle at t = 4, if it exists. => 8 or 70 or 6 or Does not exist..
Result
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