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A hemispherical bowl of radius 10 m rotates about its vertical axis with an angular velocity 1.4 rad/s. A point particle of mass 10-2 kg placed on the smooth inner surface of the bowl, also rotates with the same speed. The particle is at a height h from the bottom of the bowl. Find the height of the particle.
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Syllabus
A particle is moving in a circle of radius R with constant speed . The time period of particle is T=1 Second in a time t = T/6 , If the difference between average speed and magnitude of average velocity of the partical is 2m/sec, find the radius of the circle(in meteres)
a) aut
b) 1/a ln(aut)
c) 1/a ln(1+aut)
d) aln(aut)
what I have to do?
a) The velocity of the particle is constant
b) The acceleration of the particle is constant
c) The magnitude of acceleration is constant.
c) The magnitude of acceleration s decreasing continuously.
Q: The position vector of a particle in a circular motion about the origin sweeps out equal area in equal time is ?
{Take the horizontal as the reference level for the gravitational potential energy.}
(1)
(2)
(3)
(4)
PLS XPLAIN IN DETAIL WITH A DIAGRAM
a) the first ball hits the ground after 4 seconds.
b) the second ball was projected vertically downwards with speed 5m/s.
c) the distance travelled by the first ball is 10 m greater than the distance travelled by the second ball.
d) both balls hit the ground with same velocities.
please answer as soon as possible!!
A)The velocity vector is tangential to the circle
B)The acceleration vector is tangetial to the circle
C)The acceleration vector is directed towards the centre of the circle
D)The velocity and acceleration vectors are perpendicular to each other
T=sqrt(2Rtantheta/g) tantheta=gT^2/2R
The coordinate of point B is
A hemispherical bowl of radius 10 m rotates about its vertical axis with an angular velocity 1.4 rad/s. A point particle of mass 10-2 kg placed on the smooth inner surface of the bowl, also rotates with the same speed. The particle is at a height h from the bottom of the bowl. Find the height of the particle.
if yes ??? i think it is scalar and change in direction wont make any change