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29. What is the density of sulfur trioxide gas at STP, in g/ml? a. 0.000976 g/ml b. 0.00357 g/ml c. 3.57 g/ml d. none of these. e. 0.00976 g/ml f. 0.976 g/ml 30. A 3.0 L sample of gas at 20.0°C is compressed to 0.50 L under constant pressure, what is the new temperature of the gas in °C? a. 3°C b. 3.3°C c. 10°C d. 1.0 x 101 °C e. none of these. f. 48°C g. -224°C h. 24°C

          29. What is the density of sulfur trioxide gas at STP, in g/ml?
a. 0.000976 g/ml
b. 0.00357 g/ml
c. 3.57 g/ml
d. none of these.
e. 0.00976 g/ml
f. 0.976 g/ml
30. A 3.0 L sample of gas at 20.0°C is compressed to 0.50 L under constant pressure, what is the new temperature of
the gas in °C?
a. 3°C
b. 3.3°C
c. 10°C
d. 1.0 x 101 °C
e. none of these.
f. 48°C
g. -224°C
h. 24°C
        
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29. What is the density of sulfur trioxide gas at STP, in g/ml?
a. 0.000976 g/ml
b. 0.00357 g/ml
c. 3.57 g/ml
d. none of these.
e. 0.00976 g/ml
f. 0.976 g/ml
30. A 3.0 L sample of gas at 20.0°C is compressed to 0.50 L under constant pressure, what is the new temperature of
the gas in °C?
a. 3°C
b. 3.3°C
c. 10°C
d. 1.0 x 101 °C
e. none of these.
f. 48°C
g. -224°C
h. 24°C

Added by Miguel -Ngel M.

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Chemistry: Structure and Properties
Chemistry: Structure and Properties
Nivaldo Tro 2nd Edition
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29. What is the density of sulfur trioxide gas at STP, in g/ml? a. 0.000976 g/ml b. 0.00357 g/ml c. 3.57 g/ml d. none of these e. 0.00976 g/ml f. 0.976 g/ml 30. A 3.0 L sample of gas at 20.0°C is compressed to 0.50 L under constant pressure. What is the new temperature of the gas in °C? a. 3°C b. 3.3°C c. 10°C d. 1.0x10^1°C e. none of these f. 48°C g. -224°C h. 0.24°C
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Transcript

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00:01 Hello student in this question what is the density of sulfur hexafluoride gas at stp so in this question we use the concept of the ideal gas equation and from ideal gas equation we have pv is equal to nrt where p is the pressure v is the volume and is the number of mole of gas are is gas constant and t is temperature now number of mall of gas we can write mass upon molar mass right so we can use this number of that is equal to mass upon molar mass so now some rearrange so pressure multiply by molar mass that is equal to mass upon volume so this mass upon volume is simply we can call it as density because density is mass by volume right so pm is equal to drt or density that is equal to pressure multiply by molar mass divide by gas constant into temperature so we can use this formula to find the density of gas so density of sulfur hexafluoride at stp we have to find and at stpp that is the standard temperature and pressure condition so standard temperature pressure condition so one more of any gas at stp occupy a volume of 22 .4 liter and at s tp temperature is zero degrees celsius which mean to 73 kelvin and press pressure is 1 atm.
01:30 Now density is equal to pm by rt where d is the density, p is the pressure, m is the molar mass of gas and r is gas constant whose value is 0 .08 to 1 litre atm per kelvin per mole and t is the temperature.
01:47 So here molar mass of sulfur hexafluoride that is 146 .06 gram per mole.
01:54 So use the above value in this formula and find out the density.
02:03 So you can see this atm and atm cancel out...
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