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You have two sets of plant seeds in pots. Pot 1 is in the shade of another plant, while Pot 2 is exposed to the sun. After some time, what observation would you likely make? Pot 1 will NOT contain germinating seeds, but Pot 2 will. + You repeat the above experiment, but in addition direct a bright light containing red (but not far-red) wavelengths towards both pots. After some time, what observation would you likely make? Both pots will contain germinating seeds.

You have two sets of plant seeds in pots. Pot 1 is in the shade of another plant, while Pot 2 is exposed to the sun. After some time, what observation would you likely make? Pot 1 will NOT contain germinating seeds, but Pot 2 will. + You repeat the above experiment, but in addition direct a bright light containing red (but not far-red) wavelengths towards both pots. After some time, what observation would you likely make? Both pots will contain germinating seeds.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Hi there

can you please answer the following biology questions

the option for first one is I, II,III,IV

sorry for posting more than one q but my credit have finished i would really appreciate if you could answer them.

Thank you very much

You have two sets of plant seeds in pots. Pot 1 is in the shade of another plant, while Pot 2 is exposed to the sun. After some time, what observation would you likely make? Pot 1 will NOT contain germinating seeds, but Pot 2 will. + You repeat the above experiment, but in addition direct a bright light containing red (but not far-red) wavelengths towards both pots. After some time, what observation would you likely make? Both pots will contain germinating seeds. Many plants can use phytochrome to measure the length of nights to determine when during the year they should flower. Other plants will flower independently of night/day length. A day-neutral plant would most likely flower based on non-light environmental seasonal variation. A long-day plant would flower when the night length reduces to a critical point. a Search Fill in the blanks for the following scenario: You leave a cover over a set of developing plants so that no light can enter. After a few days time you remove the cover to observe the plants. The plants would most likely be paler than : before. They would also likely be taller than expected ,largely through the production of gibberellic acids Your annoying neighbour's flowers bloom in early autumn, making them long-day plants. You play a prank by flashing a bright light with red wavelengths on the flowers at night during summer. The likely result is the flowers bloom earlier in summer and die +
Transcribed Image Text:You have two sets of plant seeds in pots. Pot 1 is in the shade of another plant, while Pot 2 is exposed to the sun. After some time, what observation would you likely make? Pot 1 will NOT contain germinating seeds, but Pot 2 will. + You repeat the above experiment, but in addition direct a bright light containing red (but not far-red) wavelengths towards both pots. After some time, what observation would you likely make? Both pots will contain germinating seeds. Many plants can use phytochrome to measure the length of nights to determine when during the year they should flower. Other plants will flower independently of night/day length. A day-neutral plant would most likely flower based on non-light environmental seasonal variation. A long-day plant would flower when the night length reduces to a critical point. a Search Fill in the blanks for the following scenario: You leave a cover over a set of developing plants so that no light can enter. After a few days time you remove the cover to observe the plants. The plants would most likely be paler than : before. They would also likely be taller than expected ,largely through the production of gibberellic acids Your annoying neighbour's flowers bloom in early autumn, making them long-day plants. You play a prank by flashing a bright light with red wavelengths on the flowers at night during summer. The likely result is the flowers bloom earlier in summer and die +
II II IV Auxin concentration The dark line (line III) in the diagram above reflects the relationship between auxin and growth in stem tissues. If the same range of concentrations was applied to lateral (axillary) buds, what curve would most likely be produced? Growth Rate
Transcribed Image Text:II II IV Auxin concentration The dark line (line III) in the diagram above reflects the relationship between auxin and growth in stem tissues. If the same range of concentrations was applied to lateral (axillary) buds, what curve would most likely be produced? Growth Rate
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