20. Assume you are in another universe. Electrons in this universe are described by the four (4) quantum numbers; m, p, q, and r. The rules for these quantum numbers are as follows: m = every fourth positive integer (4, 8, 12, ect.) p = all the positive even integers less than or equal to m q = all integers with absolute value less than or equal to ½p r = 0, -¼, +¼, -¾, +¾ The first quantum number defines the energy level. The second quantum number, just as in our universe, defines the sublevel. The third quantum number defines an orbital. Each sublevel is given a name just like in our universe. The names of the sublevels are: p = 2 is named “a” p = 10 is named “e” p = 4 is named “b” p = 12 is named “f” p = 6 is named “c” p = 14 is named “g” p = 8 is named “d” p = 16 is named “h” Answer the following questions about the universe described. a. What is the maximum number of electrons in an orbital? b. How many electrons would the 4b sublevel be able to hold? c. How many electrons can have m=8 and p=6? d. How many electrons can have m=12, p=4, and q=-1? e. How many electrons can have m=16? f. Write the set of four (4) quantum numbers for each electron in the ground state of element number 22 in this universe. Write the electron configuration for the ground state of element number 22 in this universe.

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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20. Assume you are in another universe. Electrons in this universe are described by the four (4) quantum numbers; m, p, q, and r. The rules for these quantum numbers are as follows:

m = every fourth positive integer (4, 8, 12, ect.)

p = all the positive even integers less than or equal to m

q = all integers with absolute value less than or equal to ½p

r = 0, -¼, +¼, -¾, +¾

The first quantum number defines the energy level. The second quantum number, just as in our universe, defines the sublevel. The third quantum number defines an orbital. Each sublevel is given a name just like in our universe. The names of the sublevels are:

p = 2 is named “a”

p = 10 is named “e”

p = 4 is named “b”

p = 12 is named “f”

p = 6 is named “c”

p = 14 is named “g”

p = 8 is named “d”

p = 16 is named “h”

Answer the following questions about the universe described.

a. What is the maximum number of electrons in an orbital?

b. How many electrons would the 4b sublevel be able to hold?

c. How many electrons can have m=8 and p=6?

d. How many electrons can have m=12, p=4, and q=-1?

e. How many electrons can have m=16?

f. Write the set of four (4) quantum numbers for each electron in the ground state of element number 22 in this universe.

Write the electron configuration for the ground state of element number 22 in this universe.

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