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Water acts like an acid when....
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
Redox Reactions involve
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
Using this equation, identify the INcorrect molar ratios: 4 NH3 (g) + 5 O2 (g) -- 4 NO (g) + 6 H2O (g)
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
Using PV=nRT... How would you solve for moles?
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
The products of an acid/base reaction are always
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
As the volume goes down....
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
How would you calculate the overall heat of a reaction?
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
You will have the most CO2 in soda when...
Final Energy - Initial Energy
The pressure goes up
it donates a proton
Oxygen
Salt and Water
PV divided by RT
4 moles NH3 / 5 moles O2
P is HIGH, T is low
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