Chapter 2: Multiple Choice -- This activity contains 15 questions.
Chemical reactivity and the formation of chemical bonds between atoms is a
function of which subatomic particles?
neutrons
protons
electrons
nuclei
Carbon-12 has six protons and six neutrons in its nucleus. Carbon-14 has six
protons and eight neutrons in its nucleus and is radioactive. Carbon-14 is an
example of a(n) ________.
isomer
isotope
ion
molecule
Glucose is an example of a ________.
disaccharide
polysaccharide
lipid
monosaccharide
How does the H+ concentration of a solution with a pH of 5 compare to a solution
with a pH of 3?
Its H+ concentration is 1,000 times less.
Its H+ concentration is 100 times less.
Its H+ concentration is 100 times greater.
Its H+ concentration is 20 times greater
Hydrogen bonds occur between ________.
two oppositely charged ions in a solution
two hydrogen atoms
the hydrogen atom and the oxygen atom of one water molecule
oppositely charged regions of polar molecules that contain covalently
bonded hydrogen
Chemical reactivity and the formation of chemical bonds between atoms is a
function of which subatomic particles?
neutrons
protons
electrons
nuclei
Carbon-12 has six protons and six neutrons in its nucleus. Carbon-14 has six
protons and eight neutrons in its nucleus and is radioactive. Carbon-14 is an
example of a(n) ________.
isomer
isotope
ion
molecule
Glucose is an example of a ________.
disaccharide
polysaccharide
lipid
monosaccharide
How does the H+ concentration of a solution with a pH of 5 compare to a solution
with a pH of 3?
Its H+ concentration is 1,000 times less.
Its H+ concentration is 100 times less.
Its H+ concentration is 100 times greater.
Its H+ concentration is 20 times greater
Hydrogen bonds occur between ________.
two oppositely charged ions in a solution
two hydrogen atoms
the hydrogen atom and the oxygen atom of one water molecule
oppositely charged regions of polar molecules that contain covalently
bonded hydrogen
