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5 Written questions

5 Matching questions

  1. Zoopharmacognosy
  2. Monocot characteristics
  3. Dominant types of seed plants
  4. seedless fruits
  5. Kinds of tropism
  1. a 1. Phototropism- Light
    a. Stems-positive
    b. Roots- negative
    2. Gravitropism- gravity
    3. Thigmotropism- touch
    4. Hydrotropism- water
    5. Chemotropism- chemicals
  2. b A study of how animals medicate themselves with plants
  3. c in combination with auxin, gibberellins are used to produce seedless; sprayed on on other kinds of plants, at an earlier stage, gibberellins can have the opposite effect.
  4. d - A flowering plant whose embryos have a single seed leaf, or cotyledon; parallel veins; vascular bundles are scattered; petals in multiples of 3; fibrous root system.
  5. e mosses; ferns; most plants have it

5 Multiple choice questions

  1. number of cotyledons; hypocotyl + epicotyl vary
  2. - Need a long continuous (14 hrs) dark period to flower
    - Will not flower if dark period is interrupted by even a brief flash of light
    - Not affect if daytime period is broken by a brief exposure to darkness
    - Flower in early spring, late summer, fall
    - Ex. Tulips, daffodils, forsythia, chrysanthemums
  3. A sac in which pollen grains develop, located at the tip of a flower's stamen
  4. - osmotic pressure caused by the buildup of solutes in the xylem of roots; root xylem up solutes, down water, therefore water in soil diffuses into root; pressure in root xylem forces water up through stem xylem
  5. A term traditionally used to refer to flowering plants that have two embryonic seed leaves, or cotyledons; branched veins; vascular bundles arranged in a ring; petals in multiples of 4 or 5; taproot.

5 True/False questions

  1. pistilPart of the reproductive organ of an angiosperm, a single carpel or a group of fused carpels.


  2. Apical meristemA meristem at the tip of a plant root or in the terminal or axillary bud of a shoot.


  3. mycorrhizaThe binding together of like molecules, often by hydrogen bonds


  4. LichenA close association between a fungus and an alga or between a fungus and a cyanobacterium, some of which are known to be beneficial to both partners.


  5. Parasitic plantsobtain some of their nutrients, especially nitrogen and minerals, by killing and digesting insects and other small animals. They grow in habitats where soils are poor in nitrogen and other minerals (acid bogs). Organic matter decays so slowly in acidic soils that there is little inorganic nitrogen available for plant roots to take up. Ex. Venus flytrap.


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