18. The table to the right shows ist, 2nd, and 3rd ionization energies for 3 elements. Which of the following would be an alkali metal? a. Element X b. Element Y 1st (kJ/mol) 589 2nd (kJ/mol) 3rd (kJ/mol) Element X 1145 4912 Element Y 1000 2252 3357 Element Z 520 7298 11815 с. Element Z d. d. None of the above 19. What is the conjugate acid in the following chemical equation? HCO3 а. НСО3 OH" H2O co2- + b. OH- с. Н.О d. CO32- 20. Given the following reaction, how many L of nitrogen gas will be produced by the reaction of 4.00 L of NO with 8.00 L of H2? 2NO(g) + 2H2(g) → N2(g) + 2H2O(g) b. 8.00 L a. 4.00 L C. 2.00 L d. 12.00 L

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18. The table to the right shows ist, 2nd, and
3rd ionization energies for 3 elements. Which
of the following would be an alkali metal?
a. Element X
b. Element Y
2nd (kJ/mol)
3rd (kJ/mol)
1st (kJ/mol)
589
Element X
1145
4912
Element Y
1000
2252
3357
Element Z
520
7298
11815
с.
Element Z
d. d. None of the above
19. What is the conjugate acid in the following chemical equation?
co32-
→ H20
HCO3"
OH
+
а. НСО;
b. OH-
с. Н.О
d. CO3²-
20. Given the following reaction, how many L of nitrogen gas will be produced by the reaction of 4.00 L of NO
with 8.00 L of H2?
2NO(g) + 2H2(g)·
b. 8.00 L
N2(g) + 2H2O(g)
C. 2.00 L
а. 4.00 L
d. 12.00 L
Transcribed Image Text:18. The table to the right shows ist, 2nd, and 3rd ionization energies for 3 elements. Which of the following would be an alkali metal? a. Element X b. Element Y 2nd (kJ/mol) 3rd (kJ/mol) 1st (kJ/mol) 589 Element X 1145 4912 Element Y 1000 2252 3357 Element Z 520 7298 11815 с. Element Z d. d. None of the above 19. What is the conjugate acid in the following chemical equation? co32- → H20 HCO3" OH + а. НСО; b. OH- с. Н.О d. CO3²- 20. Given the following reaction, how many L of nitrogen gas will be produced by the reaction of 4.00 L of NO with 8.00 L of H2? 2NO(g) + 2H2(g)· b. 8.00 L N2(g) + 2H2O(g) C. 2.00 L а. 4.00 L d. 12.00 L
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