A block B of mass m is suspended from a cord of length l attached to a cart A of mass m as shown in figure. The horizontal surface on which the cart moves is smooth.Initially both the cart and the block are at rest in the position shown, and then B is released. m=2 kg, angle = 45,
g=101.find the acceleration of the cart immediately after the system is released ..
a) 1/(root 2) b) 10/3 c) 10/(3 root 2) d) 52. find the magnitude of acceleration of B with respect to the cart immediately after the system is released..
answer-- 40/(3 root 2).please solve both questions ONLY inertial frame please.....
A block B of mass m is suspended from a cord of length l attached to a cart A of mass m as shown in figure. The horizontal surface on which the cart moves is smooth.Initially both the cart and the block are at rest in the position shown, and then B is released. m=2 kg, angle = 45,
g=10
g=10
1.find the acceleration of the cart immediately after the system is released ..
a) 1/(root 2) b) 10/3 c) 10/(3 root 2) d) 5
a) 1/(root 2) b) 10/3 c) 10/(3 root 2) d) 5
2. find the magnitude of acceleration of B with respect to the cart immediately after the system is released..
answer-- 40/(3 root 2).
answer-- 40/(3 root 2).
please solve both questions ONLY inertial frame please.....
cam kumar , 7 Years ago
Grade 11
and that of cart be
backwards. Hence the net acceleration of block is the vector sum of the two accelerations.
