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Three identical blocks of masses m = 2 kg are drawn by a force F = 10.2N with an acceleration of 0.6 ms-2 on a frictionless surface, then what is the tension (in N) in the string between that blocks B and C ? 


[AIEEE 2002]


                      

  • a)
    7.8

  • b)
    9

  • c)
    4

  • d)
    9.8

Correct answer is option 'B'. Can you explain this answer?
Verified Answer
Three identical blocks of masses m = 2 kg are drawn by a force F = 10....
Let the tension between B and C be T
M=2kg
F−T=ma
10.2−T=ma
10.2−T=2×0.6
10.2−T=1.2
10.2−1.2=T
T=9N
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Most Upvoted Answer
Three identical blocks of masses m = 2 kg are drawn by a force F = 10....
Let the tension between B and C be T
M=2kg
F−T=ma
10.2−T=ma
10.2−T=2×0.6
10.2−T=1.2
10.2−1.2=T
T=9N
Free Test
Community Answer
Three identical blocks of masses m = 2 kg are drawn by a force F = 10....
Tension between B &C will be given by-
T = F - ma(of c).
since F=10.2N
mass of C is 2kg
and acceleration is 0.6
T= 10.2-2*0.6= 10.2-1.2= 9N
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Three identical blocks of masses m = 2 kg are drawn by a force F = 10.2N with an acceleration of 0.6 ms-2on a frictionless surface, then what is the tension (in N) in the string between that blocks B and C ?[AIEEE 2002] a)7.8b)9c)4d)9.8Correct answer is option 'B'. Can you explain this answer?
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