If F=4 N, e = 60, m=1 kg and the surface is frictioniess, the acceleration (in...

  

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If F=4 N, e = 60°, m=1 kg and the surface is frictioniess, the acceleration (in m/s) of the block shown in the figure is: а. 3 O b. 2 C. zero d. 5 If the resultant force exerted on an object is zero, then the object a. must be at rest O b. either at rest or moving with consent velocity O c. must be moving with constant velocity O d. either at rest or moving with consent speed If F=4 N, e = 60°, m=1 kg and the surface is frictioniess, the acceleration (in m/s) of the block shown in the figure is: а. 3 O b. 2 C. zero d. 5 If the resultant force exerted on an object is zero, then the object a. must be at rest O b. either at rest or moving with consent velocity O c. must be moving with constant velocity O d. either at rest or moving with consent speed

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1 The acceleration of the block is 2 ms 2 Hence the answer is b 2 ms 2 2 If the resu... View the full answer