In the arrangement shown in the Fig., the block of
mass m = 2 kg lies on the wedge of mass M = 8 kg.
Find the initial acceleration of the wedge if the surfaces
are smooth.
M M
60°
Answers
Hence the value of acceleration is A= 3√3 g / 23 ms−1
Explanation:
Acceleration with the incline:
a = A ( 1 + cos θ ) 3 A / 2 (Since θ = 60∘)
F.B.D of M
Equation of motion:
For mass "m" : mg √ 3 / 2 + m A × 1 / 2 − T = m 3 / 2 A ------(1)
N + m A √3 / 2 = mg 1/2 -----(2)
For M: T + N √3 / 2 = M A ----(3)
From equations. (1), (2) and (3) we can see that
A= 3√3 g / 23 ms−1
Hence the value of acceleration is A= 3√3 g / 23 ms−1
Answer:
Explanation:
Hence the value of acceleration is A= 3√3 g / 23 ms−1
Explanation:
Acceleration with the incline:
a = A ( 1 + cos θ ) 3 A / 2 (Since θ = 60∘)
F.B.D of M
Equation of motion:
For mass "m" : mg √ 3 / 2 + m A × 1 / 2 − T = m 3 / 2 A ------(1)
N + m A √3 / 2 = mg 1/2 -----(2)
For M: T + N √3 / 2 = M A ----(3)
From equations. (1), (2) and (3) we can see that
A= 3√3 g / 23 ms−1
Hence the value of acceleration is A= 3√3 g / 23 ms−1