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Octet Rule

two flasks of...

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two flasks of equal volumes have been joined by a narrow tube of negligible volume.Initially both flasks are at 300k containing 0.60 mol of O2 gas at 0.5 atm pressure.One of the flask is then placed in a thermostat at 600k.Claculate number of moles of O2gas in each flask

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Q. Two flask of equal volume have been joined by a narrow tube of negligible volume. Initially both flasks are at

300 K

0.60

O_{2}

0.5 a t m

pressure. One of the flask is then placed in a thermostat at

600 K

. Calculate final pressure and the number of

O_{2}

gas in each flask.

Q. Two flasks of equal volume have been joined by a narrow tube of negligible volume. Initially, both flasks are at 300K containing 0.6 mole of

O_{2}

at 0.5 atm pressure. one of the flasks is placed in the thermostat of 600K. FInd the number of mole of

O_{2}

gas in each flask.

Q. Two flask of equal volume have been joined by a narrow tub of negligible volume. Initially both flasks are at 300 K containing 0.60 mole of

O_{2}

gas at 0.5 atm pressure. One of the flask is then placed in a thermostat at 600 K. Calculate final pressure and the number of

O_{2}

gas in each flask.

2

flask of equal volume has been joined by a narrow tube of negligible volume. Initially both flask are at

300 k

0.6 m o l e O_{2}

0.5 a t m

pressure. One of the flask is then placed in thermostate at

600 K

. Calculate find pressure and mole of

O_{2}

gas in each flask.

Q. Two flasks of equal volumes have been joined by a narrow tube of negligible volume. Initially, both the flasks are

300 K

0.6

m o l e

of gas is present. One of the flasks is then placed in a thermostat at

600 K

. How many moles of gas are present in hot bulb?

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