For all the problems: i) Provide a balanced chemical equation including the phases ii) Determine the limiting reagent ii
Posted: Sun May 22, 2022 10:38 pm
For all the problems:
i)
Provide a balanced chemical equation including the phases
ii)
Determine the limiting reagent
iii)
Calculate the moles of each product produced
1,525 mL of an aqueous solution of hydrosulfuric acid with a pH
of 2.5 reacts with 250 mL of
oxygen gas at 0.90 atm and 301.8 Kelvin to produce water and
sulfur dioxide gas.
2. 10.5 liters of carbon dioxide gas at STP reacts with 30.0
liters of aqueous lithium hydroxide with a
pH of 10.5 to produce lithium carbonate and liquid water.
3. 3.50 liters of 15% (m/v) aqueous ammonia (NH3) reacts with
125 liters of oxygen gas at 283.15
Kelvin and 1.5 atm to produce nitrogen gas and water.
4. A 10.0 mL solution of 1.25% (v/v) aqueous solution of
elemental bromine reacts with 250 mL of
fluorine gas at 298.15 K and 0.80 atm to produce liquid bromine
trifluoride. (Hint: the density of
liquid elemental bromine is 3.103 g/cm3)
i)
Provide a balanced chemical equation including the phases
ii)
Determine the limiting reagent
iii)
Calculate the moles of each product produced
1,525 mL of an aqueous solution of hydrosulfuric acid with a pH
of 2.5 reacts with 250 mL of
oxygen gas at 0.90 atm and 301.8 Kelvin to produce water and
sulfur dioxide gas.
2. 10.5 liters of carbon dioxide gas at STP reacts with 30.0
liters of aqueous lithium hydroxide with a
pH of 10.5 to produce lithium carbonate and liquid water.
3. 3.50 liters of 15% (m/v) aqueous ammonia (NH3) reacts with
125 liters of oxygen gas at 283.15
Kelvin and 1.5 atm to produce nitrogen gas and water.
4. A 10.0 mL solution of 1.25% (v/v) aqueous solution of
elemental bromine reacts with 250 mL of
fluorine gas at 298.15 K and 0.80 atm to produce liquid bromine
trifluoride. (Hint: the density of
liquid elemental bromine is 3.103 g/cm3)