Describe the stopcock between the flasks is opened

Reference no: EM13505391

When a 5.00 L flask containing 1.35 atm of gas A is joined with a 2.00 L flask containing 1.00 atm of gas B, and the stopcock between the flasks is opened, and the gases are allowed to mix thoroughly at constant temperature, what is the resulting total pressure of gases in the now-joined flasks? (assume no reaction between the gases and that the gases behave ideally)

Reference no: EM13505391

Questions Cloud

Compute the number of coulombs passed through the solution : A solution containing copper(I), nickel, and zinc cyanide complexes was electrolyzed, and a deposit of .175 grams was obtained. The deposit contained 72.8 % Cu,4.30%Ni, and 22.9 % Zn. No other element or compund was released.

Why is the liability for warranties recognized : Why is the liability for warranties recognized when products are sold rather than when the warranty services are performed?

How far does the paratrooper fall during this time interval : A paratrooper is initially falling downward at a speed of 33.0 m/s before her parachute opens. How far does the paratrooper fall during this time interval

Why does a company issue a bond with detachable warrants : Why does a company issue a bond with detachable warrants (rights)? At what value is each of these securities recorded at the time of the bond issuance?

Describe the stopcock between the flasks is opened : When a 5.00 L flask containing 1.35 atm of gas A is joined with a 2.00 L flask containing 1.00 atm of gas B, and the stopcock between the flasks is opened, and the gases are allowed to mix thoroughly at constant temperature

Find the depth of the crevasse : A boy exploring a cave drops a rock into a dark crevasse. He hears the rock strike the bottom 10.1 s after dropping it. Find the depth of the crevasse

What is the astronauts speed : A 63 kg astronaut floating at rest in space outside a space capsule throws his 0.50 kg hammer such that it moves with a speed of 13 m/s relative to the capsule

What costs are a firm trying to balance : What is the goal of the EOQ model, why does a firm hold "safety stock - what costs are a firm trying to balance when it decides on how much safety stock to hold?

Evaluate w (in kj) when 415 g iron (iii) oxide : Calculate w (in kJ) when 415 g iron (III) oxide (MM = 159.7 g/mol) reacts with excess carbon to produce carbon dioxide gas at 464 K:

User Account

All Pages