Home
Class 11
CHEMISTRY
At room temperature, ammonia gas at 1 at...

At room temperature, ammonia gas at `1 atm` pressure and hydrogen chloride gas at `P atm` pressure are allowed to effuse through identical pin holes from opposite ends of a glass tube of `1 m` length and of uniform cross- section. Ammonium chloride is first formed at a distance of `60 cm` from the end through which `HCl` gas is sent in. What is the value of `P`?

Promotional Banner

Similar Questions

Explore conceptually related problems

At room temperature, ammonia gas at 1 atm pressure and hydrogen chloride gas at P atm pressure are allowed to effuse through identical pin holes from opposite ends of a glass tube of one metre length and of uniform cross section. Ammonium chloride is first formed at a distance of 60 cm from the end through which HCl gas is sent in. What is the value of P?

At room temperature, ammonia gas at 1 atm pressure and HCl gas at pressure P atm are allowed to effuse through idential pin holes from opposite ends of a glass tube of 1 meter length and of uniform area of cross-section. NH_(4)Cl is first formed at a distance of 60 cm from the end through which HCl gas was sent in. Calculate the value of P.

Through the two ends of a glass tube of length 200cm hydrogen chloride gas and ammonia are allowed to enter At what distance ammonium chloride will first appear ? .

Through the two ends of a glass tube of length 200cm hydrogen chloride gas and ammonia are allowed to enter At what distance ammonium chloride will first appear ? .

Through the ends of a glass tube of length 200 cm, HCl gas and NH_(3) are allowed to enter. At what distance NH CI_(4) will first appear?

Two gases NO and O_(2) were introduced at the two ends of a 1m long tube simultaneously ( tube of uniform cross-section) . At what distance from NO gas end , Brown fumes will be seen.

A 100 meter hollow tube of uniform thickness has two open ends X and Y. Ammonia gas is sent into the tube from end X and hydrogen chloride from end Y, simultaneously. At what distance from end 'X', the gases first meet to form a smoke ring?