Matching
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a. | auxin | e. | abscisic acid | b. | cytokinin | f. | strigolactones | c. | gibberellins | g. | ethylene | d. | brassinosteroids |
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1.
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promotes ripening of many types of fruit
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2.
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stimulates stem elongation
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3.
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stimulates stem elongation (low concentration only)
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4.
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promotes cell expansion and cell division in shoots
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5.
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regulates cell division in shoots and roots
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6.
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promotes leaf senescence and inhibits growth
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7.
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promotes seed germination
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8.
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promotes vascular differentiation
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9.
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regulate sex determination and the transition from juvenile to adult
phases
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10.
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promotes root and root hair formation
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11.
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promotes seed germination and pollen tube elongation
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12.
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functions in phototropism and gravitropism and regulates the development of
fruit
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13.
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promotion of lateral expansion, and horizontal growth; enhances the rate of
senescence
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14.
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promotes movement of nutrients into sink tissues
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15.
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promotes leaf abscission, and the triple response in seedlings (inhibition of
stem elongation)
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16.
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promotes xylem differentiation and inhibits phloem differentiation
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17.
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promotes stomatal closure during drought stress and dessication
tolerance
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18.
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control of apical dominance and the attration of mycorrhizal fungi to the
root
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19.
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promotes root growth at low concenetrations and inhibits root growth at high
concentrations
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20.
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retards leaf abscission and enhances apical dominance
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21.
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promotes seed dormancy and inhibits early germination
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22.
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stimulates seed germination and delays leaf senescence
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23.
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promotes flowering in the pineapple family
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24.
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promotes the formation of lateral and adventitious roots
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25.
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stimulates pollen development, pollen tube growth, fruit growth, and seed
development and germination
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26.
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modifies apical dominance and promotes lateral bud growth
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Short Answer
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27.
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What are the 5 conditions for Hardy-Weinberg
equalibrium?
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28.
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Write out the two formulas for
Hardy-Weinberg.
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