Because the question does not ask photosynthesis, I answer in the meaning of general chemistry:
Light just provides energy for a reaction; usually, photons (the light particles) make electrons of the matter to excitate, thus changing the reaction conditions.
Otherwise, in photosynthesis, light-dependent reactions produce a proton (H+) gradient flow through thylakoid membrane, thus spinning the ATPase enzyme subunits, thus producing ATP. Besides this, ferredoxin and NADPH is produced. Ferredoxin is very important for certain specific enzymatic reactions and NADPH is the carrier of reduction force (it can give a hydrogen to a chemical/metabolite, for example to malonic acid)
it converts light energy in chemical energy and produce ATP, NADPH2
nadph,atp, oxygen
ATP,NADPH and oxygen
Light pollution sometimes. But most time it produces the light that emits in a better way.
fusion
combustion
A reaction that produces heat
exothermic
Light pollution sometimes. But most time it produces the light that emits in a better way.
A combustion reaction.
Light-Dependant Reactions
The light independent reaction produces Glucose
bioluminescence
Exothermic Reaction
Light pollution sometimes. But most time it produces the light that emits in a better way.
Yes, the also use ATP and luciferase which catalyzes this oxidation reaction. This reaction produces light and 100% of the energy produced by this reaction is released as light.
Produces sugar specially G3P .. The light dependant produces ATP and NADPH for light independent reactions to produce sugar from CO2 and RuBP.
its the by-product in the Calvin cycle or the light dependent reaction
Zero
Produces sugar specially G3P .. The light dependant produces ATP and NADPH for light independent reactions to produce sugar from CO2 and RuBP.