Question

please solve it fast​

Answer 1

Answer:

option 2.....should b correct......but....except opt 3.....all three options should be correct.....because heat will be more in cylinder B.

Explanation:

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which class question.....m in 10th

Answer 2

Ello..✌✌

Here in the question we are given that the

heat supplied to A at constant pressure since

it has free piston ,

Q(a) = n C(p) ∆T(a)

Heat supplied to B at constant volume since

its piston is fixed ,

Q(b) = n C(v) ∆T(b)

Heat supplied to both a and b is same so,

Q(a) = Q(b)

=> n C(p) ∆T(a) = n C(v) ∆T(b)

n will get cancel out

=> C(p) ∆T(a) = C(v) ∆T(b)

=> ∆T(b) = C(p)/C(v) × ∆T(a)

Value of ∆T(a) is given as ∆T0

We know that, C(p)/C(v) = 5/3

So, ∆T(b) = C(p)/C(v) × ∆T(a)

=> ∆T(b) = 5/3 × T0

=> ∆T(b) = 5 T0/3

Hence, option 4) is the correct answer.

[ a - cylinder A

b- cylinder B

p - pressure

v - volume ]