Yes, factors that slow down the rate of photosynthesis are sunlight and warm temperatures.
They absorb the sunlight, which is broken down and turned into nutrients for the plant.
In order for photosynthesis to occur, CO2 must be captured from the environment and broken down into carbon and Oxygen via sunlight. The carbon is used for the plant while the oxygen is released.
it is called as photosynthesis. it happens in C3 cycle
Yes, their growth slows down because of cooler temperatures and shorter days and exposure to sunlight.
no. it is called photosynthesis. that is the prosses in which plants take in carbon dioxide and water + sunlight and chloraphil= sugar and energy Formula: Co2-> H2o+sunlight+chloraphil= sugar and energy
Because there is no light. Sunlight doesn't reach that far down.
Maybe a blockout of sunlight or not enough access to water and the temperature may be too low to slow photosynthesis down
They absorb the sunlight, which is broken down and turned into nutrients for the plant.
In order for photosynthesis to occur, CO2 must be captured from the environment and broken down into carbon and Oxygen via sunlight. The carbon is used for the plant while the oxygen is released.
Photosynthesis depends on enzymes that function best between 0 C and 35C. Also, temperatures above or below this range may damage the enzymes, slowing down photosynthesis' rate. and somtimes at very low temperatures, it may entirely stop.
The making of glucose from CO2 using sunlight is called photosynthesis. The breaking down of glucose and release of CO2 is respiration.
it is called as photosynthesis. it happens in C3 cycle
Because there is no sunlight down there, so they have to rely on chemosynthesis
No. There is no sunlight on the ocean floor.
Yes, their growth slows down because of cooler temperatures and shorter days and exposure to sunlight.
The sunlight acts as a catalyst for the process of photosynthesis to take place. So no sunlight means that the plant can't "bake it's food ingredients into a proper meal" that it needs to live.
Chlorophyll is responsible for trapping the sunlight energy which is used to break down the water into hydrogen and oxygen