Term or Concept
1. Water molecule
2. Carbon
3. Homeostasis
4. Ionic Bonding
5. Covalent Bonding
6. Carbohydrate
7. Enzyme
8. Acid
9. Base
10. Lipid
Definition/Association
A. energy source
B. two atoms sharing electrons
C. electron donated/received
D. hydrophobic
E. element found in all livingorganisms
F. catalyst
G. OH-> H+
H. polar
I. characteristic of all livingorganisms
J. H+ > OH-
?
Term or Concept
1. Ribosome
2. Mitochondria
3. Nucleus
4. Golgi apparatus
5. Smooth EndoplasmaticReticulum
6. Membrane
7. Cell Wall
8. Lysosome
9. Chloroplast
10. Cilia
Definition or Association
A. packaging and transport
B. digestion
C. genetic material storage
D. protein assembly
E. structural support
F. lipid production
G. glucose breakdown
H. movement
I. oxygen production
J. contain transport proteins andreceptors
?
Term or Concept
1. Water molecule
2. Carbon
3. Homeostasis
4. Ionic Bonding
5. Covalent Bonding
6. Carbohydrate
7. Enzyme
8. Acid
9. Base
10. Lipid
Definition/Association
A. energy source
B. two atoms sharing electrons
C. electron donated/received
D. hydrophobic
E. element found in all livingorganisms
F. catalyst
G. OH-> H+
H. polar
I. characteristic of all livingorganisms
J. H+ > OH-
?
Term or Concept
1. Ribosome
2. Mitochondria
3. Nucleus
4. Golgi apparatus
5. Smooth EndoplasmaticReticulum
6. Membrane
7. Cell Wall
8. Lysosome
9. Chloroplast
10. Cilia
Definition or Association
A. packaging and transport
B. digestion
C. genetic material storage
D. protein assembly
E. structural support
F. lipid production
G. glucose breakdown
H. movement
I. oxygen production
J. contain transport proteins andreceptors
?
Related textbook solutions
Related questions
Matching
| TERM or CONCEPT | Definition/Association |
| 1. microtubules | a. contain enzymes for intracellular digestion |
| 2. chloroplasts | b. are primary cellular structures (or components) where proteins are assembled |
| 3. Golgi bodies | c. package cellular secretions for export |
| 4. DNA molecules | d. extract energy stored in carbohydrates; synthesize ATP; produce water and carbon dioxide |
| 5. RNA molecules | e. synthesize subunits that will be assembled into two part ribosomes in the cytoplasm |
| 6. central vacuoles | f. translate hereditary instructions into specific proteins |
| 7. lysosomes | g. increase cell surface area; store substances |
| 8. mitochondria | h. encode hereditary information |
| 9. nucleoli | i. help distribute chromosomes to the new cells during cell division |
| 10. ribosomes | j. convert light energy to chemical energy stored in the chemical bonds of glucose or starch |
| etc | etc |
