WorksheetsHonors Biology Test 2 - Part 2
Total questions: 73
Worksheet time: 37mins
2. Neutrons have a _____ charge and are located in the _____.
neutral, nucleus
neutral, electron cloud
negative, nucleus
negative, electron cloud
3. A water molecule contains _____ bonds between its atoms.
hydrogen
covalent
ionic
metallic
4. _____ are part of the cell membrane.
nucleic acids
glucose
phospholipids
enzymes
5. Monomers are connected to make a polymer with a reaction that _____ a water molecule. This is called a _____ reaction.
gains, hydrolysis
loses, hydrolysis
gains, dehydration
loses, dehydration
6. For enzymes to work at top performance, they should be at the _____ _____ and _____ _____.
optimum temperature, optimum pH
optimum temperature, worst pH
worst temperature, optimum pH
worst temperature, worst, pH
7. The subatomic particles in an atom are _____.
protons and neutrons
protons, neutrons, and electrons.
neutrons and electrons
electrons and protons
8. How many amino acids are there?
10
15
20
25
9. _____ turn an enzyme off.
Concentrations
Temperatures
Activators
Inhibitors
10. Water molecules are attracted to each other due to _____.
cohesion
adhesion
capillary action
specific heat
11. Water's density gets _____ when it becomes a _____.
higher, solid
lower, solid
higher, gas
lower, gas
11. When water becomes a solid, its molecules take the shape of a _____.
square
pentagon
hexagon
octagon
12. Nucleotides have three parts: _____, _____, and _____.
glucose, phosphite group, nitrogen base
5-carbon sugar, phosphite group, nitrogen base
glucose, phosphate group, nitrogen base
5-carbon sugar, phosphate group, nitrogen base
13. Electrons have a _____ charge and are located in the _____.
neutral, nucleus
neutral, electron cloud
negative, nucleus
negative, electron cloud
14. Which of the following is an organic molecule?
C2H4O2
CO
HCl
H2O
14. Which of the following is NOT an organic molecule?
C6H12O6
CO2
CH4
HCN
15. Macromolecules include _____.
carbohydrates, lipids, proteins, and nucleic acids
lipids, proteins, and nucleic acids
proteins, carbohydrates, and nucleic acids
proteins, lipids, and carbohydrates
16. Covalent bonds occur when electrons are _____ between atoms.
gained
lost
shared
exchanged
17. Polymers are broken apart into monomers by _____, which means a water molecule is _____.
hydrolysis, gained
hydrolysis, lost
dehydration, gained
dehydration, lost
18. Which of the following is a factor that impacts enzymes?
pH
temperature
All of these
concentration
19. _____ form between amino acids.
Ionic bonds
Metallic bonds
Hydrogen bonds
Peptide bonds
20. Carbon has _____ valence electrons, so it can made _____ bonds with other elements.
four, ionic
four, covalent
three, ionic
three, covalent
21. Protons have a _____ charge and are located in the _____.
positive, nucleus
positive, electron cloud
negative, nucleus
negative, electron cloud
22. _____ turn an enzyme on.
Concentrations
Temperatures
Activators
Inhibitors
24. In a water molecule, the hydrogen has a _____ charge and the oxygen has a _____ charge.
neutral, negative
positive, negative
negative, positive
positive, neutral
25. Water molecules are attracted to a graduated cylinder due to _____.
capillary action
specific heat
cohesion
adhesion
23. Nucleic acids are base pairs named _____.
cytosine, guanine, adenine, thymine
cytosine, guanine, adenine, thymine, uracil
cytosine, guanine, adenine, uracil
cytosine, guanine, thymine, uracil
26. Proteins can be classified based on their function as _____.
protective, transport, regulatory
structural, protective, regulatory
regulatory, transport, structural, protective
transport, structural, protective
27. Enzymes are part of which macromolecule group?
lipids
nucleic acids
carbohydrates
proteins
28. Ions are atoms that _____ or _____ electrons.
gain, lose
gain, trade
trade, lose
trade, share
29. Which of the following is an example of cohesion?
Water droplets attract to the outside of a glass.
Water molecules form a tear drop share when it rains.
Water creates a meniscus in a graduated cylinder.
Water droplets are on a spider web.
30. Which of the following is an example of adhesion?
Some insects can walk on water.
Water molecules form a tear drop share when it rains.
Water creates a meniscus in a graduated cylinder.
Water forms a spherical shape when water gathers on a glass.
31. Which of the following contains: carbon, hydrogen, and oxygen in a 1:2:1 ratio?
proteins
nucleic acids
lipids
carbohydrates
31. Which of the following contains: carbon, hydrogen, oxygen, and nitrogen?
proteins
nucleic acids
lipids
carbohydrates
31. Which of the following contains: carbon, hydrogen, oxygen, nitrogen, and phosphorus?
proteins
nucleic acids
lipids
carbohydrates
31. Which of the following contains: carbon, hydrogen, and oxygen with an emphasis on carbon and hydrogen, with little oxygen?
proteins
nucleic acids
lipids
carbohydrates
32. Which of the following contains the following monomer(s)/building block(s): amino acids?
lipids
carbohydrates
nucleic acids
proteins
32. Which of the following contains the following monomer(s)/building block(s): fatty acids and glycerol?
lipids
carbohydrates
nucleic acids
proteins
32. Which of the following contains the following monomer(s)/building block(s): monosaccharides or simple sugars?
lipids
carbohydrates
nucleic acids
proteins
32. Which of the following contains the following monomer(s)/building block(s): nucleotides?
lipids
carbohydrates
nucleic acids
proteins
32. Which of the following contains the following monomer(s)/building block(s): nucleotides?
lipids
carbohydrates
nucleic acids
proteins
33. Which of the following contains the following polymer: nucleic acid?
carbohydrates
lipids
proteins
nucleic acids
33. Which of the following contains the following polymer: disaccharides or polysaccharides?
carbohydrates
lipids
proteins
nucleic acids
33. Which of the following contains the following polymer: fats, oils, waxes, steroids, phospholipids, and triglycerides?
carbohydrates
lipids
proteins
nucleic acids
33. Which of the following contains the following polymer: polypeptides?
carbohydrates
lipids
proteins
nucleic acids
34. Which of the following has the following function or purpose: long-term energy, protecting and insulating organs, or repelling water?
proteins
nucleic acids
carbohydrates
lipids
34. Which of the following has the following function or purpose: regulating reactions and hormones, transporting items in a cell or body, controlling what enters or exits the cell, forming structures, and defending the body against disease?
proteins
nucleic acids
carbohydrates
lipids
34. Which of the following has the following function or purpose: store genetic information and transmitting hereditary information?
proteins
nucleic acids
carbohydrates
lipids
34. Which of the following has the following function or purpose: short-term energy, making structures for purposes, and make glycoproteins?
proteins
nucleic acids
carbohydrates
lipids
35. Which of the following includes the following example: enzymes, hemoglobin, collagen, and antibodies?
lipids
nucleic acids
carbohydrates
proteins
35. Which of the following includes the following example: fats, oils, waxes, steroids, cholesterol, cortisol, and triglycerides?
lipids
nucleic acids
carbohydrates
proteins
35. Which of the following includes the following example: DNA and RNA?
lipids
nucleic acids
carbohydrates
proteins
35. Which of the following includes the following example: glucose, fructose, galactose, starch, cellulose, and chitin?
lipids
nucleic acids
carbohydrates
proteins
36. Which of the following is shown in the picture?
nucleic acids
lipids
proteins
carbohydrates
36. Which of the following is shown in the picture?
nucleic acids
lipids
proteins
carbohydrates
36. Which of the following is shown in the picture?
nucleic acids
lipids
proteins
carbohydrates
36. Which of the following is shown in the picture?
nucleic acids
lipids
proteins
carbohydrates
36. Which of the following is shown in the picture?
nucleic acids
lipids
proteins
carbohydrates
37. Which description explains the diagram?
The catalyst increased the activation energy to make the reaction go faster.
The catalyst reduced the activation energy to make the reaction go faster.
The catalyst increased the activation energy to make the reaction go slower.
The catalyst reduced the activation energy to make the reaction go slower.
38. What does an enzyme do to a chemical reaction?
The enzyme increased the activation energy to make the reaction go faster.
The enzyme reduced the activation energy to make the reaction go faster.
The enzyme increased the activation energy to make the reaction go slower.
The enzyme reduced the activation energy to make the reaction go slower.
39. What is the formula for water?
HO2
HO
H2O
H2O2
40. What is the pH scale?
The pH scale measures the amount of acid in a solution.
The pH scale measures the amount of base in a solution.
The pH scale measures the number of OH-1 ions in a solution.
The pH scale measures the number of H+1 ions in a solution.
40. Which range is correct for the pH scale?
0-14
0-10
0-7
7-14
40. Which range is correct for acids on the pH scale?
0-14
0-10
0-7
7-14
40. Which range is correct for bases on the pH scale?
0-14
0-10
0-7
7-14
41. How does a high specific heat impact water?
Water's high specific heat means that it needs to absorb or release a lot of energy to change temperature.
Water's high specific heat means that it only absorbs lots of energy to change temperature.
Water's high specific heat means that it only releases lots of energy to change temperature.
Water's high specific heat means that absorbs or releases very little energy to change temperature.
42. Which of the following is NOT a polymer?
macromolecules
air
balloon
plastics
43. What makes a compound organic?
It contains phosphorus and nitrogen.
It contains hydrogen and oxygen.
It contains carbon and hydrogen.
It contains carbon and oxygen.
44. What allows water to have so many different special properties?
Ionic bonds
Polarity
Covalent bonds
Hydrogen bonds
45. Which term matches the part of the process or the object that the arrow points to in the picture?
Products
Enzyme-Substrate Complex
Enzyme
Substrate
Active Site
45. Which term matches the part of the process or the object that the arrow points to in the picture?
Products
Enzyme-Substrate Complex
Enzyme
Substrate
Active Site
45. Which term matches the part of the process or the object that the arrow points to in the picture?
Products
Enzyme-Substrate Complex
Enzyme
Substrate
Active Site
45. Which term matches the part of the process or the object that the arrow points to in the picture?
Products
Enzyme-Substrate Complex
Enzyme
Substrate
Active Site
45. Which term matches the part of the process or the object that the arrow points to in the picture?
Products
Enzyme-Substrate Complex
Enzyme
Substrate
Active Site
