wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

ch. 2-5 BIO quizizz

Total questions: 115

Worksheet time: 2hrs 38mins

Name
Class
Date
1.

What are the elements that comprise 96% of living matter

a)

Carbon

b)

Nitrogen

c)

Oxegyn

d)

Hydrogen

e)

Phosphorus

2.

What are the elements that make up lipids and carbohydrates?

a)

Carbon

b)

Nitrogen

c)

Oxegyn

d)

Hydrogen

e)

Phosphorus

3.

What are the elements that make up proteins?

a)

Carbon

b)

Nitrogen

c)

Oxegyn

d)

Hydrogen

e)

Phosphorus

4.

What are the elements that make up nucleic acids?

a)

Carbon

b)

Nitrogen

c)

Oxegyn

d)

Hydrogen

e)

Phosphorus

5.

What subatomic particles are involved if 2 atoms come and interact with each other?




(a)  

6.

The capacity to cause change.

(a)  

7.

The energy that matter possesses because of its location or structure.

(a)  

8.

A bond between a partially charged HYDROGEN and a partially 

negatively charged atom. A HYDROGEN atom covalently bonded to one electronegative atom is also attracted to another electronegative atom.

(a)  

9.

when an electron moves closer to the nucleus...

a)

it loses energy

b)

it gains energy

c)

energy stays the same

d)

cannot be determined

10.

when an electron moves farther away from the nucleus...

a)

it loses energy

b)

it gains energy

c)

energy stays the same

d)

cannot be determined

11.

The energy that matter possesses because of its motion.

(a)  

12.

The SHARING of a pair of valence electrons by 2 atoms (causes partially + or - charge)

(a)  

13.

The atoms share the electron EQUALLY.

(a)  

14.

A bond between oppositely charged ions (Na+ and Cl-) that the 2atoms are so unequal in attraction for valence electrons that the more electronegative atom strips  electrons away from its partner.

(a)  

15.

One atom is more electronegative (one of the atoms pulls the electron harder towards itself). The atoms share the electron UNEQUALLY.

(a)  

16.

An atom’s attraction for the 

electrons in a covalent bond.

(a)  

17.

Atoms that are very close together are attracted by fleeting charge differences (gecko’s toe hair and wall surface).

(a)  

18.

the farther away from the nucleus, the more (a)   the electrons have

19.

What are the main 4 bonds that take place in the tertiary structure of proteins

a)

hydrogen bonds

b)

van der waals interactions

c)

hydrophobic and hydrophilic interactions

d)

disulfide bonds

e)

peptide bonds

20.

what type of bond occurs between the oxygen of one water molecule and the hydrogen of another?

(a)  

21.

what bond occurs between the hydrogens and oxygen of one water molecule

(a)  

22.

Why can water form hydrogen bonds between other water molecules so easily?

a)

the partial negative of the oxygen atom and partial negative of the hydrogen atom

b)

the high heat capacity

c)

water's versatility as a solvent

d)

the adhesion and cohesion tendencies of water

23.

what are the 4 properties of water

a)

Cohesion and Adhesion

b)

Ability to moderate temperature

c)

Versatility as a solvent

d)

Expansion from freezing

e)

Ability to evaporate

24.

the tendency of water molecules to stick together

(a)  

25.

tendency for water molecules to stick to other surfaces

(a)  

26.

water becomes (a)   dense when frozen

27.

water (a)   when frozen (expands/shrinks)

28.

the ability to absorb a large amount of heat energy without a significant temperature change, acting as a thermal buffer

(a)  

29.

a natural process where the evaporation of water absorbs heat from the air, thereby lowering the air temperature (ex: sweating)

(a)  

30.

What water property causes the cooling effect from sweating?

(a)  

31.

What is [OH-] if [H+] = 10-10

10?

(a)  

32.

If a solution has a pH value of 6, what is the [H+] concentration?

10?

(a)  

33.

If a solution’s [H+] concentration is 10-9 M, what is the pH value of the solution?

(a)  

34.

Solution A has a pH of 9 and solution B has a pH of 3, Which one has more hydrogen/H+ ions?

a)

solution a

b)

solution b

35.

Solution A has a pH of 9 and solution B has a pH of 3, Which one is more acidic than the other?


a)

solution a

b)

solution b

36.

Solution A has a pH of 9 and solution B has a pH of 3, Which one is more basic than the other?


a)

solution a

b)

solution b

37.

monomer for carbohydrates

(a)  

38.

polymer for carbohydrates

(a)  

39.

type of bond between carbohydrates

(a)  

40.

monomer for proteins

(a)  

41.

polymer for proteins

(a)  

42.

type of bond between proteins

(a)  

43.

monomer of nucleic acids

(a)  

44.

polymer of nucleic acids

(a)  

45.

type of bond between nucleic acids

(a)  

46.

monomer for lipids

a)

Not applicable

b)

monosaccharides

c)

amino acids

d)

nucleotides

e)

glycerol and phosphorus

47.

polymer for lipids

a)

Not applicable

b)

monosaccharides

c)

amino acids

d)

nucleotides

e)

glycerol and phosphorus

48.

bond between lipid

a)

Not applicable

b)

monosaccharides

c)

amino acids

d)

nucleotides

e)

ester

49.

what makes RNA different from DNA

a)

single stranded

b)

double stranded

c)

uracil

d)

thymine

e)

ribose not deoxyribose

50.

what makes DNA different from RNA

a)

single stranded

b)

double stranded

c)

uracil

d)

thymine

e)

deoxyribose not ribose

51.

What mechanism links monomers together to form polymers and what is the by-product

a)

dehydration synthesis

b)

hydrolysis

c)

condensation

d)

water

e)

hydroxyl

52.

What mechanism disassembles polymers into monomers?

a)

dehydration synthesis

b)

hydrolysis

c)

condensation

53.

How many molecules of water will form after joining 10 monomers of a large molecule?

(a)  

54.

What is the monomer if glycogen is the polymer? (in general)

(a)  

55.

What is the monomer if insulin is the polymer? (in general)

(a)  

56.

What is the monomer if RNA is the polymer? (in general)

(a)  

57.

how does a cellulose's structure compare to a glycogen

a)

linear

b)

branched

c)

not applicable

58.

how does a glycogen's structure compare to a cellulose

a)

linear

b)

branched

c)

not applicable

59.

how does a amylose's structure compare to a amylopectin

a)

linear

b)

branched

c)

not applicable

60.

how does a amylopectin's structure compare to a amyose

a)

linear

b)

branched

c)

not applicable

61.

which structure is more branched?

a)

cellulose

b)

glucose

c)

amylose

d)

amylopectin

62.

what causes the branching in amylopectin

(a)  

63.

What are the monomers in starch? 

(a)  

64.

You determine that one of the samples has a linear, unbranched polymeric chain. Is this sample cellulose, or glycogen?

(a)  

65.

where is cellulose mainly found in cells

a)

plant cell walls

b)

animal cell walls

c)

plant cell membranes

d)

animal cell membranes

e)

a majority of structures in all cells

66.

Which of the samples, cellulose or glycogen, is obtained from an animal? 

(a)  

67.

are alpha or beta glucose a helix

(a)  

68.

are alpha or beta glucose a sheet

(a)  

69.

what is this

(a)  

70.

what is this

(a)  

71.

what state are unsaturated fats in at room temp

a)

liquid

b)

solid

c)

plasma

d)

depends on the substance

e)

gas

72.

what state are saturated fats in at room temp

a)

liquid

b)

solid

c)

plasma

d)

depends on the substance

e)

gas

73.

what is included in a phospholipid

a)

hydrophobic fatty acid tails

b)

hydrophilic head (phosphate and glycerol)

c)

hydrophobic head (phosphate and glycerol)

d)

hydrophilic fatty acid tails

74.

levels of protein structure

a)

primary

b)

secondary

c)

tertiary

d)

quaternary

e)

quinary

75.

which level of proteins structure is this: simple chains of amino acids

(a)  

76.

which level of proteins structure is this: when amino acids twist into helixes or sheets

(a)  

77.

which level of proteins structure is this: when sheets or helixes fold into 3d structures and the main area of denaturation

(a)  

78.

which level of proteins structure is this: when multiple arrangements proteins form bonds between each other

(a)  

79.

how many common amino acids are there

(a)  

80.

what is the polarity of these amino acids

a)

nonpolar

b)

polar

c)

charged

d)

unable to determine

81.

what is the polarity of these amino acids

a)

nonpolar

b)

polar

c)

charged

d)

unable to determine

82.

what is the polarity of these amino acids

a)

nonpolar

b)

polar

c)

charged

d)

unable to determine

83.

If you have a nonpolar side chain, where is it going to be found in the protein 

a)

depends on the protein

b)

inside

c)

outside

d)

fluctuating throughout the cell

84.

If you have a polar side chain, where is it going to be found in the protein 

a)

depends on the protein

b)

inside

c)

outside

d)

fluctuating throughout the cell

85.

polar=

a)

hydrophilic

b)

hydrophobic

c)

amphipathic

86.

nonpolar=

a)

hydrophilic

b)

hydrophobic

c)

amphipathic

87.

charged=

a)

hydrophilic

b)

hydrophobic

c)

amphipathic

88.

which terminus is the amino group found on?

a)

c-terminus

b)

n-terminus

c)

a-terminus

d)

m-terminus

e)

g-terminus

89.

which terminus is the carboxyl group found on?

a)

c-terminus

b)

n-terminus

c)

a-terminus

d)

m-terminus

e)

g-terminus

90.

what group goes on the N-terminus

(a)  

91.

what group goes on the C-terminus

(a)  

92.

a specific group of atoms within a molecule that gives the molecule its characteristic chemical and physical properties, regardless of the rest of the molecule

(a)  

93.

what is this functional group

(a)  

94.

what is this functional group

(a)  

95.

what is this functional group

(a)  

96.

what is this functional group

(a)  

97.

what is this functional group

(a)  

98.

what is this functional group

(a)  

99.

what is this functional group

(a)  

100.

what is the ONLY functional group that is nonpolar

(a)  

101.

carbonyl group that is BETWEEN two carbons

(a)  

102.

carbonyl group that is AT THE END of two carbons

(a)  

103.

which functional group acts as an acid

(a)  

104.

which functional group acts as a base

(a)  

105.

what functional groups are in this molecule?

a)

two hydroxyls

b)

hydroxyl

c)

carboxyl

d)

carbonyl

e)

amino

106.

how many carbon are in this molecule

(a)  

107.

how many hydrogen are in this molecule

(a)  

108.

what kind of isomer is this

(a)  

109.

what kind of isomer is this

(a)  

110.

what kind of isomer is this

(a)  

111.

true or false: the molecular formula between structural isomers of the same molecule will not change

a)

true

b)

false

112.

what isomer fits this description: Mirror images of each other (Have to have asymmetric carbon that has 4 different components attached to it)

(a)  

113.

what isomer fits this description: Different covalent 

arrangements of their atoms.




(a)  

114.

what isomer fits this description: Same covalent arrangements but differ in spatial

arrangements

(a)  

115.

what category of isomers do cis-trans isomers fall under

(a)