Lab Practicum: CHEM 120 /
CHEM120 (Latest Update 2025 /
2026) Intro to General, Organic &
Biological Chemistry with Lab |
Review Questions with Verified
Answers | Grade A | 100% Correct -
Chamberlain
Question:
What theory could you produce based off of these results?
Answer:
everything EXCEPT compounds with HIGHER molecular weights have a
faster rate than compounds with lower rates
Question:
what is the name of the substance P2Cl6?
Answer:
diphosphoraus hexachloride
, Question:
determine which of the following subatomic particles provide in the nucleus
of an atom. Drag each of the subatomic particles that appear in the nucleus to
the subatomic particle box. Don't guess! There are penalties for incorrect
selections.
Answer:
protons
neutrons
Question:
if you were to place a gas cylinder in the sunlight, what may happen to the gas
cylinder?
Answer:
pressure of gas would increase
Question:
you are transferring a sample of gas from the hot area to a cooler area.
Assuming that there is no change in pressure and that no gas is lost in the
process, what do you expect to happen?
Answer:
volume of gas stays the same
CHEM120 (Latest Update 2025 /
2026) Intro to General, Organic &
Biological Chemistry with Lab |
Review Questions with Verified
Answers | Grade A | 100% Correct -
Chamberlain
Question:
What theory could you produce based off of these results?
Answer:
everything EXCEPT compounds with HIGHER molecular weights have a
faster rate than compounds with lower rates
Question:
what is the name of the substance P2Cl6?
Answer:
diphosphoraus hexachloride
, Question:
determine which of the following subatomic particles provide in the nucleus
of an atom. Drag each of the subatomic particles that appear in the nucleus to
the subatomic particle box. Don't guess! There are penalties for incorrect
selections.
Answer:
protons
neutrons
Question:
if you were to place a gas cylinder in the sunlight, what may happen to the gas
cylinder?
Answer:
pressure of gas would increase
Question:
you are transferring a sample of gas from the hot area to a cooler area.
Assuming that there is no change in pressure and that no gas is lost in the
process, what do you expect to happen?
Answer:
volume of gas stays the same
