CHEM103 / CHEM 103 Module 4: (Latest
Update ) General Chemistry I with
Lab | Questions & Answers | Grade A | 100%
Correct. Portage Learning
1. quantized: restricted to certain values
2. Shells: layers of electrons around the nucleus innermost
layer is closest to the nucleus
3. Subshells: subsections of the shells described as s, p, d,
and f
4. s sub shell can hold a maximum of: 2 electrons
5. p subshells can hold a maximum of: six electrons
6. d subshells can hold a maximum of: 10 electrons
7. f subshells can hold a maximum of: 14 electrons
8. electron configuration: arrangement of electrons in a certain manner
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, 9. waves: energy transport disturbances that move through matter,
temporarily displacing particles from its original position and transporting
energy but not the matter itself
10. distinguishing characteristics of waves: 1. direction of movement of
particles
2. whether they can travel through a vacuum
11. transverse wave: particles move in a direction perpendicular to wave
direction
12. longitudinal wave: particles move in a direction parallel to the wave
direction
13. example of longitudinal wave: sound waves
14. example of transverse wave: electromagnetic wave such as light
15. surface wave: particles move in a circular motion
16. example of surface wave: surface of ocean
17. electromagnetic waves: can travel through a vacuum transverse waves
18. mechanical waves: must have a medium to travel through
19. example of mechanical waves: sound waves and water waves
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Update ) General Chemistry I with
Lab | Questions & Answers | Grade A | 100%
Correct. Portage Learning
1. quantized: restricted to certain values
2. Shells: layers of electrons around the nucleus innermost
layer is closest to the nucleus
3. Subshells: subsections of the shells described as s, p, d,
and f
4. s sub shell can hold a maximum of: 2 electrons
5. p subshells can hold a maximum of: six electrons
6. d subshells can hold a maximum of: 10 electrons
7. f subshells can hold a maximum of: 14 electrons
8. electron configuration: arrangement of electrons in a certain manner
1/8
, 9. waves: energy transport disturbances that move through matter,
temporarily displacing particles from its original position and transporting
energy but not the matter itself
10. distinguishing characteristics of waves: 1. direction of movement of
particles
2. whether they can travel through a vacuum
11. transverse wave: particles move in a direction perpendicular to wave
direction
12. longitudinal wave: particles move in a direction parallel to the wave
direction
13. example of longitudinal wave: sound waves
14. example of transverse wave: electromagnetic wave such as light
15. surface wave: particles move in a circular motion
16. example of surface wave: surface of ocean
17. electromagnetic waves: can travel through a vacuum transverse waves
18. mechanical waves: must have a medium to travel through
19. example of mechanical waves: sound waves and water waves
2/8
