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Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture?
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Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas an...
Calculation of Final Pressure of Gas Mixture
Given Data:
- Volume of first vessel (containing hydrogen gas) = 1.5 litres
- Volume of second vessel (containing oxygen gas) = 2 litres
- Pressure of hydrogen gas = 750 mm
- Pressure of oxygen gas = 100 mm
- Total volume of the mixture vessel = 5 litres
Step 1: Calculation of moles of each gas
- Using the ideal gas equation, we can calculate the moles of each gas in their respective vessels.
- n1 = (PV)/RT
- n2 = (PV)/RT
Step 2: Calculation of total moles in the mixture
- Total moles of gas = n1 + n2
Step 3: Calculation of final pressure
- Using the total moles and total volume of the mixture vessel, we can calculate the final pressure using the ideal gas equation.
- P = (nRT) / V
Step 4: Substituting the values and calculating the final pressure
- Substitute the values of total moles, total volume, and gas constant R to find the final pressure of the gas mixture.
Final Answer:
- The final pressure of the gas mixture in the 5 litre vessel will be calculated by using the total moles and total volume of the mixture vessel.
Given Data:
- Volume of first vessel (containing hydrogen gas) = 1.5 litres
- Volume of second vessel (containing oxygen gas) = 2 litres
- Pressure of hydrogen gas = 750 mm
- Pressure of oxygen gas = 100 mm
- Total volume of the mixture vessel = 5 litres
Step 1: Calculation of moles of each gas
- Using the ideal gas equation, we can calculate the moles of each gas in their respective vessels.
- n1 = (PV)/RT
- n2 = (PV)/RT
Step 2: Calculation of total moles in the mixture
- Total moles of gas = n1 + n2
Step 3: Calculation of final pressure
- Using the total moles and total volume of the mixture vessel, we can calculate the final pressure using the ideal gas equation.
- P = (nRT) / V
Step 4: Substituting the values and calculating the final pressure
- Substitute the values of total moles, total volume, and gas constant R to find the final pressure of the gas mixture.
Final Answer:
- The final pressure of the gas mixture in the 5 litre vessel will be calculated by using the total moles and total volume of the mixture vessel.
Community Answer
Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas an...
Question is incomplete.Amount of gases or temperature must given.
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Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture?
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Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture?.
Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two vessel of capacity 1.5 litres and 2 litres contain hydrogen gas and oxygen gas respectively under a pressure of 750mm and 100mm . The gases are mixed together in a 5 litre vessel.what will be the final pressure of mixture?.
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