1. Part A.) Which one is a paramagnetic molecule? (unpaired electrons) Select all that аpply. A. Mo3+ В. Se2- С. Са D. Cd2+ Е. Hg Part B.) Determine the Limiting Reactant & Excess Reactant if 79.1g Zn reacts with 163.1g HF. Zn + 2HF => ZnF2 +H2 LIMITING REACTANT EXCESS REACTANT А. 3.46 g Hz В. 2.42 g H2 С. 0.48 g H2 D. 6.23 g H2 A. 8.166 g H2 B. 6.234 g H2 C. 6.823 g H2 D. 8.258 g H2 Part C.) When N2 and 5.00 of H2 are mixed, the reaction produces 16.0g of NH3. What is the percent yield for the reaction? N2(g) + 3H2(g) ---> 2NH3(g) A. 56.7% В. 38.4% С. 49.0% D. 51.2%

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Chapter1: Chemical Foundations
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1. Part A.) Which one is a paramagnetic molecule? (unpaired electrons) Select all that
apply.
А. Мо3+
B. Se2-
С. Са
D. Cd²+
Е. Hg
Part B.) Determine the Limiting Reactant & Excess Reactant if 79.1g Zn reacts with
163.1g HF. Zn + 2HF => ZnF2 +H2
LIMITING REACTANT
EXCESS REACTANT
А. 3.46 g Hz
В. 2.42 g Hz
С. 0.48 g Hz
D. 6.23 g H2
A. 8.166 g H2
B. 6.234 g H2
C. 6.823 g H2
D. 8.258 g H2
Part C.) When N2 and 5.00 of H, are mixed, the reaction produces 16.0g of NH3. What
is the percent yield for the reaction?
N2(g) + 3H2(g)
---> 2NH3(g)
А. 56.7%
В. 38.4%
С. 49.0%
D. 51.2%
Transcribed Image Text:1. Part A.) Which one is a paramagnetic molecule? (unpaired electrons) Select all that apply. А. Мо3+ B. Se2- С. Са D. Cd²+ Е. Hg Part B.) Determine the Limiting Reactant & Excess Reactant if 79.1g Zn reacts with 163.1g HF. Zn + 2HF => ZnF2 +H2 LIMITING REACTANT EXCESS REACTANT А. 3.46 g Hz В. 2.42 g Hz С. 0.48 g Hz D. 6.23 g H2 A. 8.166 g H2 B. 6.234 g H2 C. 6.823 g H2 D. 8.258 g H2 Part C.) When N2 and 5.00 of H, are mixed, the reaction produces 16.0g of NH3. What is the percent yield for the reaction? N2(g) + 3H2(g) ---> 2NH3(g) А. 56.7% В. 38.4% С. 49.0% D. 51.2%
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