Concentration of adding two strong monobasic acids?And partial pressur (MCQ 1 marker)
Q12 and Q13
http://www.ocr.org.uk/Images/471886-question-paper-unit-h432-01-periodic-table-elements-and-physical-chemistry.pdf
Any help will be greatly appreciated.
http://www.ocr.org.uk/Images/471886-question-paper-unit-h432-01-periodic-table-elements-and-physical-chemistry.pdf
Any help will be greatly appreciated.
(edited 5 years ago)
Original post by SilverWater
Q12 and Q13
http://www.ocr.org.uk/Images/471886-question-paper-unit-h432-01-periodic-table-elements-and-physical-chemistry.pdf
Any help will be greatly appreciated.
http://www.ocr.org.uk/Images/471886-question-paper-unit-h432-01-periodic-table-elements-and-physical-chemistry.pdf
Any help will be greatly appreciated.
Q12.Work out mol of acid in each solution and add together. Divide by the total volume
Original post by SilverWater
Q12 and Q13
http://www.ocr.org.uk/Images/471886-question-paper-unit-h432-01-periodic-table-elements-and-physical-chemistry.pdf
Any help will be greatly appreciated.
http://www.ocr.org.uk/Images/471886-question-paper-unit-h432-01-periodic-table-elements-and-physical-chemistry.pdf
Any help will be greatly appreciated.
There are three important pp relationships.
Total pressure = sum of the individual partial pressures
Partial pressure of gas A = mole fraction of gas A x total pressure
Mole fraction = moles of A/total moles of gases
Original post by charco
Q12.Work out mol of acid in each solution and add together. Divide by the total volume
I get it now
Thanks for the help Rep is on recharge 
Original post by charco
There are three important pp relationships.
Total pressure = sum of the individual partial pressures
Partial pressure of gas A = mole fraction of gas A x total pressure
Mole fraction = moles of A/total moles of gases
Total pressure = sum of the individual partial pressures
Partial pressure of gas A = mole fraction of gas A x total pressure
Mole fraction = moles of A/total moles of gases
Was 100% not taught this. Thanks
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