1. Calculate the density of O,, in g/L, at STP. a. 1.62 g/L b. 0.714 g/L 1.43 g/L d. 1.14 g/L e. 0.810 g/L с.

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1. Calculate the density of O2, in g/L, at STP.
1.62 g/L
b. 0.714 g/L
с.
a.
1.43 g/L
d. 1.14 g/L
e. 0.810 g/L
2. A flexible container is charged with 51.00 L of gas at 368 K. Under conditions of constant pressure
and moles of gas, what is the volume of the gas when the temperature is tripled?
a.
153 L
b. 0.850 L
17.0 L
d. 51 L
e. 0.0588 L
с.
3. One of the spectral lines in the emission spectrum of mercury has a wavelength of 6.234 x 10-7 m. How much
energy is emitted if 1.00 mole of mercury atoms emits light of 6.234 x 10-7 m? Express your answer in
kJ/mol.
a.
3.19 x 10-22 kJ/mol
b. 5.56 x 10-1 kJ/mol
485 kJ/mol
с.
d. 215 kJ/mol
192 kJ/mol
e.
Transcribed Image Text:1. Calculate the density of O2, in g/L, at STP. 1.62 g/L b. 0.714 g/L с. a. 1.43 g/L d. 1.14 g/L e. 0.810 g/L 2. A flexible container is charged with 51.00 L of gas at 368 K. Under conditions of constant pressure and moles of gas, what is the volume of the gas when the temperature is tripled? a. 153 L b. 0.850 L 17.0 L d. 51 L e. 0.0588 L с. 3. One of the spectral lines in the emission spectrum of mercury has a wavelength of 6.234 x 10-7 m. How much energy is emitted if 1.00 mole of mercury atoms emits light of 6.234 x 10-7 m? Express your answer in kJ/mol. a. 3.19 x 10-22 kJ/mol b. 5.56 x 10-1 kJ/mol 485 kJ/mol с. d. 215 kJ/mol 192 kJ/mol e.
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