Please solve.........
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Final Answer : 11cm^3
Assuming Gas is Ideal.
Steps :
1) Since, Temperature is constant for fixed amount of gas.
=> PV = constant
P(i) = 770mmHg
V(i) = 88cm^3
P(f) = 880cmHg
V(f) = ?
Now,
P(i)V(i) = P(f) V(f)
=> 770 * 88 = 880 V(f)
=> V(f) = 77 cm^3
Diminish in Volume of gas = V(i) - V(f) = 88 - 77 = 11cm^3
Assuming Gas is Ideal.
Steps :
1) Since, Temperature is constant for fixed amount of gas.
=> PV = constant
P(i) = 770mmHg
V(i) = 88cm^3
P(f) = 880cmHg
V(f) = ?
Now,
P(i)V(i) = P(f) V(f)
=> 770 * 88 = 880 V(f)
=> V(f) = 77 cm^3
Diminish in Volume of gas = V(i) - V(f) = 88 - 77 = 11cm^3
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