they use the co2 to make sugar during photosynthesis and it happens when it takes in sunlight, water and co2 in the Calvin cycle its byproducts are oxygen and water
RuBP, PGA, ATP
Trees will take in carbon dioxide (CO2) from the air, this is then used with oxygen, water and glucose (sugar) for photosynthesis.
Chloroplasts are the organelle in plant cells that produce sugar and oxygen from carbon dioxide and water through photosynthesis.
Light Independent Reaction otherwise known as the Calvin Cycle deals with CO2 and carbon fixation later producing CH2O, also known as the sugar glucose.
co2 isn't released in the Calvin cycle it takes in 3 co2 to produce one G3P molecule and does that twice to produce C6H12O6
NO. All trees with chlorophyll (green pigment) produce oxygen (o2) through photosynthesis.
trees. Trees produce oxygen and in return we give them Co2 (carbon dioxide).
no, not at all. albeit amount of released oxygen can reach lower or even lowest but can't produce CO2.
trees. Trees produce oxygen and in return we give them Co2 (carbon dioxide).
Production of CO2
They eat the sugar, and produce alcohol and CO2.
No, combining yeast with sugar will not produce gas. Yeast must be dissolved in water with starch or sugar in order to begin fermentation producing CO2 gas.
Trees and other plants produce oxygen, not CO2. And walking at night is completely irrelevant in any case.
Carbon dioxide is the result of aerobic(oxygenated) respiration of yeast along with ethanol, as long as there is sugar and oxygen the yeast will produce CO2 but will cease if it is too hot/cold or if ethanol levels rise high enough to kill the yeast
Trees take in CO2, which is a greenhouse gas. Through photosynthesis, they produce sugar for themselves or us (fruits) and oxygen for other animals and humans to breathe. Without trees, we would not be able to breathe without any aid from a machine, helmet, or external oxygen supply
You produce a lot of gas (CO2).
No, photosynthesis is the absorbtion of CO2, H20 and UV light in order to produce O2 and sugar molecules.