Of course not because there would no photo, so to speak. In other words, there would be no light, and no way for the plant to use photo synthesis. Think about it this way: In greek I think it is, photo means "light".
transpiration in the dark and photosynthesis in sunlight.
Elodea respires in both the light and the dark. However, the rate of repiration exceeds the rate of photosynthesis when the plants are kept in the dark.
Only occur in the dark.
We can't demonstrate an experiment of green plants because if sunlight is present the co2 produced in respiration will be used in photosynthesis. So we must conduct an experiment of green plants in a dark room.
It needs sunlight to create nutrients through photosynthesis.
The dark reaction as it pertains to photosynthesis occurs when the plant, in the absence of sunlight, continue to supply energy. The dark side of photosynthesis relies upon the stored starches to fuel the energy cycles.
The plant placed in dark will not carry out photosynthesis whereas the plant placed in light will carry out photosynthesis. if the conditions are kept constant for a long time then the plant placed in dark will wilt and die whereas the plant placed in light will continue to survive.
transpiration in the dark and photosynthesis in sunlight.
The project is on necessity of light for photosynthesis. Therefore, iodine solution is needd to test the formation of starch in the plant kept in light by photosynthesis. The plant kept in dark will show the absence of starch meaning there by no photosynthesis has taken place in dark.
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This is because of lack of photosynthesis
nope, and yes see if you don't have the plant in the light, the plant won't have energy to start photosynthesis but when in light it does
It Stops. It is a by-product of Photosynthesis, and without light Photosynthesis can not take place.
No, plants need sunlight for photosynthesis. Mold grows well in dark places.
An impossibility. Tobacco is a plant that is dependent on photosynthesis for it to grow. There are tobacco plants which have been gene-spliced to glow in the dark, though.
dark - dark phase photosynthesis, photosynthesis dark phase
Glucose formation take place efficiently in dark. This does not need light.