Oh Word?
Light Work
Lock In
Sicko Mode
100
What is the difference between inversely proportional and directly proportional?
inversely: opposite directions together
directly: same direction together
100
The following are examples of which gas variable?
L, cm3, dm3, mL, m3
Volume
100
Which gas formula, manipulated, are you using given the following information:
P1= A P2= D
V1= B V2= E
T1= C T2= ?
T2= (P2V2T1)/(P1V1)
100
Solve for P2, given the following information:
P1= 1.2 atm V1= 3.5 L T1= 32oC
P2= ? V2= 2.6 L T2=15oC
1.5 atm
200
What does STP stand for?
Standard Temperature & Pressure
200
The following are examples of which gas variable?
K, oC, oF
Temperature
200
Graph B represents the relationship between which gas variables?
Pressure & Volume
200
Solve for pressure in torr, given the following information. Use appropriate sig figs (I expect you to memorize how many atm = torr)
P= ? V= 5.80 L T= 25.0oC n= 0.506 mol
1.62 x 103 torr
300
What type of relationship is present between temperature and volume?
Directly Proportional relationship
When temperature increases, volume increases
300
The following are examples of which gas variable?
torr, atm, mm Hg, kPa, barr, psi, Pa
Pressure
300
What is the ideal gas law with molar mass as a variable?
PV = (mRT)/M
300
Solve for mol of oxygen gas, given the following information. Use appropriate sig figs
P= 142 kPa V= 4.30L T= 23.0oC
0.248 mol O2
400
What type of relationship is present between pressure and temperature?
Directly Proportional relationship
When temperature increases, volume increases
400
Which R constant would you use if the given information has atmospheric pressure as a unit?
0.0821 (L*atm)/(mol*K)
400
What is the ideal gas law with density as a variable?
M= (DRT)/P
400
Find the mass of ammonia produced given the following information:
N2 + 3H2 --> 2NH3 at STP
6.05 L of N2
P= 85.5 kPa
T= 304K
6.97 g NH3
500
Ideal Gas Law
PV = nRT
500
Which R constant would you use if the given information has kPa as a unit?
8.314 (L*kPa)/(mol*K)
500
What does m represent in the following manipulated, ideal gas law?
PV = (mRT)/M
mass in grams
500
The mercury is 25.0 mm higher in the atmospheric arm. Find the pressure in Pa and atm, if the atmospheric pressure is 120,000. Pa.
[1 mmHg = 133.322 Pa]
[1 atm = 101,325 Pa]
Pgas = Patm - PPa
Pressure in Pa: 1.17 x 105 Pa
Pressure in atm: 1.15 atm