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Test your basic knowledge |
CLEP Biology: Organic Chemistry
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Study First
Subjects
:
clep
,
science
,
biology
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Macromolecules made from polypeptides. Two type are globular and fibrose.
Proteins
Polysaccharides
Polarity
Electron
2. A form of matter tha cannot be decomposed into simpler substance by ordinary chemical methods.
Surface Tension
Hydrogen - Oxygen - Carbon - Nitrogen - Calcium - Phosphorus
Element
Neutron
3. The tendency of an atom in a bond to attract shared bonding electrons.
Tissue
Element
Nucleoside
Electronegativity
4. A chemical reaction produces energy when the difference between the reactants and the products is ____________zero.
Molecule
Less Than
Hydrogen - Oxygen - Carbon - Nitrogen - Calcium - Phosphorus
Polarity
5. The fundamental unit of chemical matter.
Proteins
Polarity
Atom
Molecule
6. A substance composed of two or more elements combined in fixed proportions.
Compound
Amino Acids
Chemical Bond
Correlation
7. One of the most abundant carbohydrates providing either energy storage or structural support. Polymers of 10 or more simple sugars - composed of thousands of monomers and up to 100M molecular mass.. Includes Cellulose in plants and Chitin animals wit
Evolution
Tissue
Biological Community
Polysaccharides
8. Very large molecules with molecular masses as high as several million atomic mass units. Polymers of small similar molecules. Includes Polysaccharides - fats - and proteins.
Organic Compound
Molecular formula
Myoglobin
Macromolecules
9. An expression indicating the number of each type of atom in one molecule of a substance.
Fats
Solvent
Hypothesis
Molecular formula
10. A group of at least two covalently bonded atoms
Molecule
Isomers
Energy - Support - and Transport
Chemical Bond
11. A condition or state in which a substance has an uneven distribution of electron density. Enables compounds to dissolve and enables hydrogen bonding.
Polarity
Macromolecules
Ion
Hypothesis
12. A liquid which dissolves another substance without any change in its chemical composition.
Polymers
Surface Tension
Electron
Solvent
13. The study of life and living organisms. A problem solving process.
Biology
Nucleus
Hydrogen - Oxygen - Carbon - Nitrogen - Calcium - Phosphorus
Compound
14. A chemical bond formed by the attraction between positive and negative ions.
Ionic Bond
Myoglobin
Hydrogen Bond
Evolution
15. The attractive force between molecules in one phase and different molecules in another phase.
Specific Heat
Solvent
Adhesion
Energy - Support - and Transport
16. The amount of heat needed to raise the temperature of a 1 gram sample of a substance by 1 degree Celsius.
Ecosystem
Solvent
Specific Heat
Causation
17. The main oxygen transport protein in muscle. Made of a single chain.
Myoglobin
Biology
Condensation Reaction
Ionic Bond
18. A negatively charged subatomic particle located outside the nucleus.
Isomers
Molecule
Electron
Element
19. Have ths same molecular formul;a but different chemical and physical properties. The atoms are bonded in a different order. Some hydrocarbons are an example of Isomers.
Isomers
Organic Compound
Chemical Bond
Surface Tension
20. Occurs when one atom in a bond is more electronegative than the other.
Cohesion
Bond Polarity
Element
Functional Group
21. The six elements that make up 99% of the matter in living systems.
Energy - Support - and Transport
Monosaccharides
Polymers
Hydrogen - Oxygen - Carbon - Nitrogen - Calcium - Phosphorus
22. Basic biological molecules join to form larger biological __________.
Polymers
Molecular Polarity
Element
Less Than
23. The energy needed to increase the surface area of a liquid by a given amount.
Hydrogen Bond
Hemoglobin
Myoglobin
Surface Tension
24. Used by organisms to produce energy - Most common form is glucose. Also includes Fructose and - less commonly - Ribose - and Deoxyribose.
Molecule
Monosaccharides
Isotopes
Fats
25. A charged species that results from the gain or loss of electrons from a neutral atom or molecule.
Nucleotides
Polysaccharides
Biology
Ion
26. The act or process of causing something to happen -
Correlation
Surface Tension
Causation
Proteins
27. A positively charged subatomic particle located in the nucleus.
Proton
Tissue
Scientific Method
Less Than
28. Atoms of the same element with different number of neutrons in the nuclei.
Isotopes
Energy - Support - and Transport
Tissue
Chemical Bond
29. A compound containing a nitrogenous base covalently bonded to a pentose sugar and a phosphate group. Classified by the pentose sugar they contain - Ribose or Deoxyribose.
Nucleotides
Isomers
Amino Acids
Polysaccharides
30. The main oxygen transport protein in blood. Made of two alpha chains and two beta chains.
Hemoglobin
Proteins
Nucleoside
Covalent Bond
31. A process in which a substance or substances are converted into one or more new substances with different propertied and composition.
Chemical reaction
Bond Polarity
Atom
Energy - Support - and Transport
32. Gradual process by which something changes into a different and usually more complex form.
Evolution
Hydrogen Bond
Atom
Covalent Bond
33. Biological compounds containing and amino group and a carboxylic acid group.with one of 20 side chains.
Ion
Less Than
Amino Acids
Condensation Reaction
34. Where two molecules are joined by the elimination of a smaller molecule.
Isomers
Condensation Reaction
Tissue
Hypothesis
35. Organ systems are made of organs which are made of _____________ which are made of cells.
Amino Acids
Tissue
Monosaccharides
Energy - Support - and Transport
36. Occurs when there is?
Molecular Polarity
Amino Acids
Molecule
Specific Heat
37. A compound that contains carbon.
Electronegativity
Molecule
Amino Acids
Organic Compound
38. A collection of organisms whose members interact with each other within an ecosystem.
Covalent Bond
Biological Community
Evolution
Electronegativity
39. All organisms in an area together with the physical environment which they inhabit.
Nucleotides
Chemical Bond
Ecosystem
Isomers
40. The attractive force between similar molecules in the same phase.
Polysaccharides
Cohesion
Myoglobin
Tissue
41. Three roles of Macromolecules.
Covalent Bond
Cohesion
Electron
Energy - Support - and Transport
42. An uncharged subatomic particle located in the nucleus.
Evolution
Neutron
Covalent Bond
Hypothesis
43. Group of Macromolecules that Includes Triglycerides and Phospholipids.
Molecular formula
Polysaccharides
Macromolecules
Fats
44. Tentative - untested explanation of a scientific issue.
Hypothesis
Proteins
Bond Polarity
Molecular formula
45. An attractive forve between tow or more atoms or ions that holds them together.
Correlation
Chemical Bond
Energy - Support - and Transport
Amino Acids
46. A statistical comparison of two variables. Does not necessarily mean that one causes the other.
Correlation
Biology
Less Than
Hydrogen Bond
47. An atom's center of mass and center of positive charge.
Nucleus
Fats
Bond Polarity
Polymers
48. A specific combination of bonded atoms that reacts in a characteristic and predictable way. Examples are Ethers and Alchohols which are represented by a generic molecule. Includes Alchohol - Ether - Aldehyde - Ketone - Carboxylic Acid - and Ester. -
Tissue
Functional Group
Ionic Bond
Nucleotides
49. A weak to moderate attractive force between a hydrogen atom bonded to oxygen - nitrogen - or fluorine - and an oxygen - nitrogen or fluorine atom on another molecule. Usually represented by dotted lines.
Hydrogen Bond
Biology
Molecule
Functional Group
50. A compound containing a nitrogenous base covalently bonded to a pentose sugar
Nucleoside
Polarity
Condensation Reaction
Chemical reaction