Q1. a glass bulb is connected to an open limb manometer. The level of mercury in both the limbs of the manometer was same. The bulb was heated to 57C. If the room temperature and atmospheric pressure were 27C and 750 mm, the difference of levels in the two limbs now will be : A. 2.5 cm B. 5.0 cm C. 7.5 cm D. 10.0 cm Q2. Air vessel at 127C is heated until 1/5th of air in it has been expelled. Assuming that the volume of vessel remains constant the temperature to which the vessel has been heated is A. 177C B. 277C C. 377C D. 227C

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A glass bulb is connected to an open limb manometre. The level of mercury in both limbs of the manometer was same. The bulb was heated to $57^{\circ} C$ . If the room temperature and the atmospheric pressure were $27^{\circ} C a n d 750 m m$ .Find the difference of levels in the two limbs now.

Q. An open vessel at

27^{o} C

is heated until

{\frac{3}{8}}^{t h}

of the air in it has been expelled. Assuming that the volume remains constant, calculate the temperature to which the vessel was heated.

Q. An open vessel at 27C is heated until three fifth of the gas has been expelled out assuming that volume of vessel remain constant the temperature of which the vessel has been heated was

Q. An open vessel at

27^{\circ} C

is heated until three-fifth of the air in it has been expelled. Assuming that the volume of the vessel remains constant, find the temperature to which the vessel has been heated?

Q. An open vessel at

27^{o} C

is heated until three fourths mass of the air in it has been expelled. Neglecting the expansion of the vessel, find the temperature to which the vessel has been heated?

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