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11 Nov 2019
1. a) Write and balance the equation for the HCI reaction using potassium carbonate, KCo in place of lithium, carbonate 2 HC b) Write and balance the equation for the HCI reaction using lithium bicarbonate, LiHCOs in place of sodium bicarbonate. 2. What is the theoretical mass of product formed in the reaction in question sla above if 0.75 g of potassium carbonate is used to start with? m ol 26-g : â(o064nnot l:2Rceh Cl 74 /what is the theoretical mass of product formed in the reaction in question #lb above if 0.57 g of lithium bicarbonate is used to start with? Nickel (II) sulfide and oxygen gas can combine to form nickel (I) oxide and sulfur dioxide gas as follows: NiO (s) SO2 (g) â + NiS (s) + O2 (g) If Pam started with 1.39 g of oxygen gas, what is the mass of NiO that she can obtain? [ assume 100 % conversion] 4-7 CHEM1314-YEAR-2017-2018
1. a) Write and balance the equation for the HCI reaction using potassium carbonate, KCo in place of lithium, carbonate 2 HC b) Write and balance the equation for the HCI reaction using lithium bicarbonate, LiHCOs in place of sodium bicarbonate. 2. What is the theoretical mass of product formed in the reaction in question sla above if 0.75 g of potassium carbonate is used to start with? m ol 26-g : â(o064nnot l:2Rceh Cl 74 /what is the theoretical mass of product formed in the reaction in question #lb above if 0.57 g of lithium bicarbonate is used to start with? Nickel (II) sulfide and oxygen gas can combine to form nickel (I) oxide and sulfur dioxide gas as follows: NiO (s) SO2 (g) â + NiS (s) + O2 (g) If Pam started with 1.39 g of oxygen gas, what is the mass of NiO that she can obtain? [ assume 100 % conversion] 4-7 CHEM1314-YEAR-2017-2018
Jarrod RobelLv2
13 Jul 2019