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1. The following combinations of quantum numbers are not allowed. Correct each set by changing only quantum number and write in an appropriate corrected value. n = 1 1 = 1 a. mi = 0 ms = -½ Corrected value: b. n=2 m = +½ ms = +½ Corrected value: n= 4 1= 3 с. mi = +3 ms = 0 Corrected value: d. n=3 mį = 1 ms =+½ Corrected value: 2. Without looking at the periodic table write the generic valence electron configuration for the first the periods of group 4A (14). C 2. 25 2P Si 38 Ce-45" 4p? Cd 3. Give the symbol for the ion that would be formed if cadmium (Cd) gained 2 electrons: Explain briefly why the answer for this question cannot be Sn²". be0ause Sn is symbek of Tin and not Ror Cadmium. 4. Discuss the trend in atomic radius across a period. Explain why the general trend is that radius inc across the period from left to right, but in the d-block (transition metals) the atomic radius stays re constant. s becavst evecren are addtd eo Hhe san

1. The following combinations of quantum numbers are not allowed. Correct each set by changing only quantum number and write in an appropriate corrected value. n = 1 1 = 1 a. mi = 0 ms = -½ Corrected value: b. n=2 m = +½ ms = +½ Corrected value: n= 4 1= 3 с. mi = +3 ms = 0 Corrected value: d. n=3 mį = 1 ms =+½ Corrected value: 2. Without looking at the periodic table write the generic valence electron configuration for the first the periods of group 4A (14). C 2. 25 2P Si 38 Ce-45" 4p? Cd 3. Give the symbol for the ion that would be formed if cadmium (Cd) gained 2 electrons: Explain briefly why the answer for this question cannot be Sn²". be0ause Sn is symbek of Tin and not Ror Cadmium. 4. Discuss the trend in atomic radius across a period. Explain why the general trend is that radius inc across the period from left to right, but in the d-block (transition metals) the atomic radius stays re constant. s becavst evecren are addtd eo Hhe san

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1. The following combinations of quantum numbers are not allowed. Correct each set by changing only one quantum number and write in an appropriate corrected value. n = 1 1= 1 a. mį = 0 ms = -½ Corrected value: b. n=2 mi = +½ ms = +½ Corrected value: n= 4 1= 3 с. mi =+3 ms = 0 Corrected value: d. n=3 mį = 1 ms = +½ Corrected value: 2. Without looking at the periodic table write the generic valence electron configuration for the first three periods of group 4A (14). 22P 528 Si 38 Ce-45? 4p? Ge-4s 3. Give the symbol for the ion that would be formed if cadmium (Cd) gained 2 electrons: Explain briefly why the answer for this question cannot be Sn²". be0ause Sn is symbek of Tin Cadmium. and not Ror 4. Discuss the trend in atomic radius across a period. Explain why the general trend is that radius increases across the period from left to right, but in the d-block (transition metals) the atomic radius stays relatively constant. 's becavst evecren are addtd eo thesamesen,
Transcribed Image Text:1. The following combinations of quantum numbers are not allowed. Correct each set by changing only one quantum number and write in an appropriate corrected value. n = 1 1= 1 a. mį = 0 ms = -½ Corrected value: b. n=2 mi = +½ ms = +½ Corrected value: n= 4 1= 3 с. mi =+3 ms = 0 Corrected value: d. n=3 mį = 1 ms = +½ Corrected value: 2. Without looking at the periodic table write the generic valence electron configuration for the first three periods of group 4A (14). 22P 528 Si 38 Ce-45? 4p? Ge-4s 3. Give the symbol for the ion that would be formed if cadmium (Cd) gained 2 electrons: Explain briefly why the answer for this question cannot be Sn²". be0ause Sn is symbek of Tin Cadmium. and not Ror 4. Discuss the trend in atomic radius across a period. Explain why the general trend is that radius increases across the period from left to right, but in the d-block (transition metals) the atomic radius stays relatively constant. 's becavst evecren are addtd eo thesamesen,
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