which stages would be considered a light reaction?
chemical reaction
There is a light reaction and a dark reaction (the Calvin Cycle). The light reaction is divided into 3 parts, Photosystem II, the Electron Transport Chain, and Photosystem I. The light reaction begins in Photosystem II when light hits the thylakoid so the chlorophyll loses and electron, and the electron moves up in energy levels and reaches the primary anceptor. From here it passes through the electron transport chain which is similar to the electron transport chain in cellular respiration, but it occurs in the thykaloids proton gradient is reversed through the membrane. Then it enters phtosystem I which is essentially the same thing as photosystem I, and the electrons from there pass through another electron transport chain. This produces ATP and NADPH which are used in the dark reaction, or Calvin Cycle, which is again similar to the Citric Acid Cycle but it begins with Acetyl acetate and produces 2 ATP 6 NADH and 1 FADH 2 per every 2 turns which are required to produce one glucose molecule, the ultimate goal of photosynthesis. I hope this was enough detail.
Yes, movement would be considered a type of exergonic reaction. It involves something having an outward release of energy to perform.
A formula would be helpful here...
The first stage of photosynthesis is called the 'Light Dependant' stage or the photolysis of water. this is when light enters the cell and splits water into hydrogen and oxygen. The oxygen is then released into the atmosphere and the hydrogen is picked up by the hydrogen acceptor NADP becoming reduced NADPH2 which is then used for the next stage of photosynthesis.
chemical reaction
Yes.
product
There is a light reaction and a dark reaction (the Calvin Cycle). The light reaction is divided into 3 parts, Photosystem II, the Electron Transport Chain, and Photosystem I. The light reaction begins in Photosystem II when light hits the thylakoid so the chlorophyll loses and electron, and the electron moves up in energy levels and reaches the primary anceptor. From here it passes through the electron transport chain which is similar to the electron transport chain in cellular respiration, but it occurs in the thykaloids proton gradient is reversed through the membrane. Then it enters phtosystem I which is essentially the same thing as photosystem I, and the electrons from there pass through another electron transport chain. This produces ATP and NADPH which are used in the dark reaction, or Calvin Cycle, which is again similar to the Citric Acid Cycle but it begins with Acetyl acetate and produces 2 ATP 6 NADH and 1 FADH 2 per every 2 turns which are required to produce one glucose molecule, the ultimate goal of photosynthesis. I hope this was enough detail.
Because they had to light up the stage with Candles, do the Curtains just would have burnt down x
Maggots would be considered to be a worm. Only during the first stage, because the second stage of the life of a maggot consist of growing into a fly then they would be considered a fly for the second part of their life cycle.
No, that would probably be considered a physical change. It is only a chemical reaction its chemical makeup is changed.
Carbon dioxide is one chemical that is needed in order for the metabolic reactions of photosynthesis to occur. The first stage of photosynthesis is a light reaction where energy from light is captured.
Microscopes use light to illuminate the stage where you place a slide for viewing. Without this light, you would be unable to see much of anything.
It would be considered part of the set for that scene, act, or playThe proper name for the painted background used on a stage is backdrop.
Stage lighting equipment usually have a housing to prevent light spilling out from the light source in all directions. At the end of the housing there would be a lens for directing the light and focusing it. There might also be a gel for colour changing. Inside the housing there must be a light source, otherwise it would not produce any light. Finally, it would have an attachment mechanism to allow for direction and rotation adjustments.
Yes, movement would be considered a type of exergonic reaction. It involves something having an outward release of energy to perform.