Consider a block pressed against a vertical wall as shown. The magnitude of acceleration of the block is
A
Zero
B
10/3 $$m/s^{2}$$
C
10 $$m/s^{2}$$
D
40/3 $$m/s^{2}$$
Open in App
Solution
Verified by Toppr
Correct option is B. 10/3 $$m/s^{2}$$
Was this answer helpful?
3
Similar Questions
Q1
A 1 kg block is pressed against a rough wall by force F=20 N as shown. The acceleration of the block is
View Solution
Q2
A block pressed against the verticle wall is in eaquilibrium. If μ=0⋅3, the acceleration of the block will be :
View Solution
Q3
A block pressed against the vertical wall is in equilibrium. The minimum coefficient of friction is.
View Solution
Q4
A 2 kg block is pressed against a rough wall by a force F= 20 N as shown in figure. Find acceleration of the block and force of friction acting on it. (Take g= 10m/s2).
View Solution
Q5
A block of mass is pressed against the wall by a force of , and the coefficient of friction is as shown in the figure. The values of frictional force and acceleration of block are respectively.