Two inflated balloons I and II (thin skin) having volume 600 ml and 1500 ml at 300 K are taken as shown in diagram. If maximum volume of inner and outer balloons are 800 ml and 1800 ml respectively then find the balloon which will burst first on gradual heating.

Question

Two inflated balloons I and II (thin skin) having volume 600 ml and 1500 ml at 300 K are taken as shown in diagram. If maximum volume of inner and outer balloons are 800 ml and 1800 ml respectively then find the balloon which will burst first on gradual heating. <img class="img-fluid question-image" alt="Question" src="https://cdn.tardigrade.in/q/nta/c-8disic708kd1ofll.jpg" /> (A) inner balloon (B) outer balloon (C) both simultaneously (D) unpredictable

Tardigrade Admin · Accepted Answer

Using Charles law (V1/T1)=(V2/T2) Suppose inner balloon burst first (600/300)=(800/T2) textT text2 = 400 textK At 400 textK the volume of outer balloon is text2000 textml so, outer balloon burst first.

Q. Two inflated balloons I and II (thin skin) having volume $600 m l$ and $1500 m l$ at $300 K$ are taken as shown in diagram. If maximum volume of inner and outer balloons are $800 m l$ and $1800 m l$ respectively then find the balloon which will burst first on gradual heating.

inner balloon

outer balloon

both simultaneously

unpredictable

Using Charles law
$\frac{V _{1}}{T _{1}} = \frac{V _{2}}{T _{2}}$
Suppose inner balloon burst first $\frac{600}{300} = \frac{800}{T _{2}}$
$T_{2} = 400 K$
At $400 K$ the volume of outer balloon is $2000 ml$ so, outer balloon burst first.

Q. Two inflated balloons I and II (thin skin) having volume 600ml and 1500ml at 300K are taken as shown in diagram. If maximum volume of inner and outer balloons are 800ml and 1800ml respectively then find the balloon which will burst first on gradual heating.