710 likes | 921 Views
Review Packet on Plant Processes. In a process called _____________, plants convert energy stored in food into a form of energy that cells can use. t ranspiration Photosynthesis Cellular respiration phototropism.
E N D
In a process called _____________, plants convert energy stored in food into a form of energy that cells can use. • transpiration • Photosynthesis • Cellular respiration • phototropism
In a process called _____________, plants convert energy stored in food into a form of energy that cells can use. • transpiration • Photosynthesis • Cellular respiration • phototropism
The tendency of shoot tips of plants to grow and bend toward the light is call ____________. • Gravitropism • Phototropism • Plant growth • Transpiration
The tendency of shoot tips of plants to grow and bend toward the light is call ____________. • Gravitropism • Phototropism • Plant growth • Transpiration
Seeds become ___________ in order to survive periods of drought or cold temperatures. • Dormant • Deciduous • Dead • Alive
Seeds become ___________ in order to survive periods of drought or cold temperatures. • Dormant • Deciduous • Dead • Alive
Most of the water absorbed by a plant’s roots is needed to replace the water lost during _____________. • Winter • Summer • Phototropism • Transpiration
Most of the water absorbed by a plant’s roots is needed to replace the water lost during _____________. • Winter • Summer • Phototropism • Transpiration
A houseplant that is bending toward a sunlit window is • Displaying a positive tropism. • Displaying a negative tropism. • Undergoing genetic change • Showing a seasonal effect.
A houseplant that is bending toward a sunlit window is • Displaying a positive tropism. • Displaying a negative tropism. • Undergoing genetic change • Showing a seasonal effect.
The root tips of most plants show • Negative phototropism. • Positive gravitropism. • Positive phototropism. • Negative gravitropism.
The root tips of most plants show • Negative phototropism. • Positive gravitropism. • Positive phototropism. • Negative gravitropism.
Plant cells make glucose molecules from • CO2 and O2 • C6H12O6 • H20 and H2 • CO2 and H2O
Plant cells make glucose molecules from • CO2 and O2 • C6H12O6 • H20 and H2 • CO2 and H2O
The energy that powers photosynthesis comes from • Light given off by the sun. • Collisions of gas molecules in the air. • The breakdown of sugar molecules inside plant cells. • Chlorophyll absorbed through the soil.
The energy that powers photosynthesis comes from • Light given off by the sun. • Collisions of gas molecules in the air. • The breakdown of sugar molecules inside plant cells. • Chlorophyll absorbed through the soil.
A plant seed develops from • An ovary. • An ovule. • A sepal. • A pollen tube.
A plant seed develops from • An ovary. • An ovule. • A sepal. • A pollen tube.
Plants die without sunlight because they are unable to carry out _____________. • Cellular respiration • Photosynthesis • Phototropism • pollination
Plants die without sunlight because they are unable to carry out _____________. • Cellular respiration • Photosynthesis • Phototropism • pollination
For photosynthesis to occur, plants must take in light energy, carbon dioxide, and water. In addition to sugar plants produce ___________ • N • P • K • O
For photosynthesis to occur, plants must take in light energy, carbon dioxide, and water. In addition to sugar plants produce ___________ • N • P • K • O
Plants cells have organelles called chloroplasts, where photosynthesis takes place. These organelles contain a pigment call ___________ that absorbs light. • Cytoplasm • Ribosomes • Mitochondria • Chlorophyll
Plants cells have organelles called chloroplasts, where photosynthesis takes place. These organelles contain a pigment call ___________ that absorbs light. • Cytoplasm • Ribosomes • Mitochondria • Chlorophyll
Cellular respiration uses oxygen to release energy from glucose. It also releases ________ and __________. • Nitrogen and water • Water and Phosphorus • Carbon dioxide and water D. Carbon dioxide and nitrogen
Cellular respiration uses oxygen to release energy from glucose. It also releases ________ and __________. • Nitrogen and water • Water and Phosphorus • Carbon dioxide and water D. Carbon dioxide and nitrogen
The chemical formula for cellular respiration is • C6H12O6 + 6O2 > 6CO2 + 6H2O + energy • C6H12O2 + 6O2 > 6CO2 + 6H2O + energy • C6H12O6 + 6H2O > 6CO2 + 6H2O + energy • C6H12O2 + 6H2O >6CO2 + 6H2O + energy
The chemical formula for cellular respiration is • C6H12O6 + 6O2 > 6CO2 + 6H2O + energy • C6H12O2 + 6O2 > 6CO2 + 6H2O + energy • C6H12O6 + 6H2O > 6CO2 + 6H2O + energy • C6H12O2 + 6H2O >6CO2 + 6H2O + energy
In the sporophyte phase, a seed grows into a plant that produces _____________. • Sperms • Eggs • Spores • More seeds
In the sporophyte phase, a seed grows into a plant that produces _____________. • Sperms • Eggs • Spores • More seeds
In the gametophyte phase, spores grow into plants that produce _________ and _______. • Male spores and female spores. • Eggs and sperm • More spores and eggs • More spores and sperm.
In the gametophyte phase, spores grow into plants that produce _________ and _______. • Male spores and female spores. • Eggs and sperm • More spores and eggs • More spores and sperm.
Both seed and seedless plants reproduce • Asexually • In water • Sexually • Using pollen
Both seed and seedless plants reproduce • Asexually • In water • Sexually • Using pollen
___________, a form of asexual reproduction, are above-ground stems that can grow into new plants—an example would be strawberries. • Runners • Tubers • Plantlets • Sperm
___________, a form of asexual reproduction, are above-ground stems that can grow into new plants—an example would be strawberries. • Runners • Tubers • Plantlets • Sperm
Plant stomata are usually open during the day because • Photosynthesis can occur while there is sunshine available. • Cellular respiration can occur while there is sunshine available. • It gives the plant a rest. • That’s when more carbon dioxide is available.
Plant stomata are usually open during the day because • Photosynthesis can occur while there is sunshine available. • Cellular respiration can occur while there is sunshine available. • It gives the plant a rest. • That’s when more carbon dioxide is available.
A stimulus of too little water in a plant would trigger the • Opening of stomata to collect more water. • Leaves to produce more sugar. • Closing stomata to preserve water. • Beginning of more N, P, and K from the roots.
A stimulus of too little water in a plant would trigger the • Opening of stomata to collect more water. • Leaves to produce more sugar. • Closing stomata to preserve water. • Beginning of more N, P, and K from the roots.
Photosynthesis takes place in • Roots • Mitochondria • Leaves • Stem
Photosynthesis takes place in • Roots • Mitochondria • Leaves • Stem
Flowering plants produce _________ . • Spores • Tubers • Seeds • runners
Flowering plants produce _________ . • Spores • Tubers • Seeds • runners
Growth, wilting, and dormancy are examples of plant • Photosynthesis • Responses • Stimuli • Cellular respiration
Growth, wilting, and dormancy are examples of plant • Photosynthesis • Responses • Stimuli • Cellular respiration
_____________ is the transfer of pollen from the male reproductive structures to the female structures of seed plants. • Reproduction • Transpiration • Dormancy • Pollination
_____________ is the transfer of pollen from the male reproductive structures to the female structures of seed plants. • Reproduction • Transpiration • Dormancy • Pollination
The process by which plants release water vapor into the air through stomata is called ________. • Transpiration • Stamen • Photosynthesis • Cellular respiration