q
Asked by Sunil Soni
| 19th Oct, 2016,
12:56: PM
Expert Answer:
Dear Sunils1610@gmail.com
Thanks for asking us a question in Ask the Expert section of TopperLearning.com.
We have reached to a solution by applying the principle of equilibrium of the force exerted by block A and B and equating it with the force exerted by block C.
This has resulted into the calculation of the net force exerted by block A and B as 90 N (
) equal to product of mass of block C and its acceleration on the other side of the equation.
Therefore, the acceleration of block C is obtained as 5 
which unfortunately does not match any of your provided options.
Hence it is suggested that you review the question as we are not able to process its exact solution
Regards
Topperlearning Team.
We have reached to a solution by applying the principle of equilibrium of the force exerted by block A and B and equating it with the force exerted by block C.
) equal to product of mass of block C and its acceleration on the other side of the equation. which unfortunately does not match any of your provided options.Regards
Topperlearning Team.
Answered by Abhijeet Mishra
| 21st Oct, 2016,
07:30: PM
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