A tyre kept outside in sunlight bursts after | vedclass

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(A) The volume of the gas inside the tyre is essentially constant. According to Gay-Lussac's law,for a given mass of gas at a constant volume,the pres

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Increase in pressure

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(A) The volume of the gas inside the tyre is essentially constant. According to Gay-Lussac's law,for a given mass of gas at a constant volume,the pressure is directly proportional to its absolute temperature $(P \propto T)$.When the tyre is kept in sunlight,the temperature of the trapped air increases. Consequently,the pressure of the gas inside the tyre also increases.This increased pressure exerts a greater force on the inner walls of the tyre,eventually exceeding the structural limit of the material,causing the tyre to burst.Therefore,the correct choice is option $A$.

$A$ tyre kept outside in sunlight bursts after some time because of:

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