Plant Processes Responses Question Preview (ID: 37669)
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Process of plants manufacturing their food
a) respiration
b) phototropism
c) photosynthesis
d) germination
Control of water loss
a) respiration
b) tropism
c) transpiration
d) hydrotropism
Reaction to change in the envronment
a) transpiration
b) tropism
c) response
d) conditioned response
Control water loss
a) chloroplasts
b) chlorophyll
c) guard cells
d) nucleus
Ingredients for phototropism
a) carbon dioxide and oxygen
b) water and sunlight
c) water and glucose
d) carbon dioxide and water
Primary purpose of respiration
a) produce glucose
b) make oxygen
c) transport water through xylem to leaves
d) convert food into energy
Structures for gas exchange in the plant
a) chlorophyll
b) stomata
c) chloroplasts
d)
True/False. Changes in temperature or water amount can influence dormancy.
a) True
b) False
c)
d)
Leaves falling from trees signal the beginning of
a) fall solstice
b) winter dormancy
c) winter solstice
d) photoperiodism
The cell structures that absorb light energy
a) chloroplasts
b) chlorophyll
c) mitochondria
d) vacuoles
Response to touch
a) hydrotropism
b) photoperiodism
c) phototropism
d) thigmotropism
Which is true of respiration?
a) water and carbon dioxide are needed
b) carbon dioxide and oxygen are produced
c) oxygen and glucose are needed
d) glucose and oxygen are produced
True/False. The purpose of dormancy is to increase the chance of a plant species' survival.
a) True
b) Falso
c)
d)
Period of inactivity of mature seed or plant
a) photoperiodism
b) geotropism
c) short day plant
d) dormancy
True/False. Temperature alone cannot force a plant to flower.
a) True
b) False
c)
d)
True?False. The length of daylight has little effect on dormancy.
a) True
b) False
c)
d)
Stomata
a) help manufacture sugar for the plant
b) produce mature egg cells for the flower
c) allow light to enter the leaf surfaace
d) allow gas exchange in a leaf
The simple equation for photosynthesis
a) CO2 + C6H12O6 = H2O + energy
b) H2O + C6H12O6 + energy = H2O + CO2
c) O2 + C6H12O6 = CO2 + H2O + energy
d) CO2 + H2O + energy = C6H12O6 + O2
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