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CHM 1100C EXAM 2 QUESTIONS WITH CORRECT WELL DETAILED ANSWERS

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Ideal gas law (pressure, volume, moles, temp given) - PV=nRT Charle's law (volume and temp given) - V1/T1=V2/T2 Boyle's law (pressure and volume given) - P1V1=P2V2 1 atm = ? mmHg - 760 mmHg Avogadro's law (volume and moles given) - V1/n1=V2/n2 Combined gas law (pressure and volume) - P1V1/T1=P2V2/T2 Gas density formula - d=PM/RT Molar mass formula - M=dRT/P Oxidation number for atoms in their elemental state - 0 Oxidation number for monatomic ions - the charge of the ion Oxidation number for Group 1A elements when in a compound - +1 Oxidation number for Group 2A elements when in a compound - +2 Oxidation number for fluorine when in a compound - -1 Oxidation number for hydrogen when in a compound - +1 Oxidation number for oxygen when in a compound - -2

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CHM 1100C EXAM 2 QUESTIONS WITH CORRECT
WELL DETAILED ANSWERS

Ideal gas law (pressure, volume, moles, temp given) - ✔✔PV=nRT



Charle's law (volume and temp given) - ✔✔V1/T1=V2/T2



Boyle's law (pressure and volume given) - ✔✔P1V1=P2V2



1 atm = ? mmHg - ✔✔760 mmHg



Avogadro's law (volume and moles given) - ✔✔V1/n1=V2/n2



Combined gas law (pressure and volume) - ✔✔P1V1/T1=P2V2/T2



Gas density formula - ✔✔d=PM/RT



Molar mass formula - ✔✔M=dRT/P



Oxidation number for atoms in their elemental state - ✔✔0



Oxidation number for monatomic ions - ✔✔the charge of the ion



Oxidation number for Group 1A elements when in a compound - ✔✔+1



Oxidation number for Group 2A elements when in a compound - ✔✔+2



Oxidation number for fluorine when in a compound - ✔✔-1

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