What is the path of a carbon atom during photosynthesis , light dependent and non dependent, and cellular respiration
1. Path of a carbon atom during photosynthesis
During photosynthesis, Carbon in carbon dioxide is taken in by the plant leaf and mixed with water molecules and energy absorbed by the sunlight results into formation glucose for the plant to use.
2. Path of a carbon atom during light-dependent reactions
During light-dependent reactions that takes in the thylakoid membrane, the chlorophyll absorbs energy from sunlight and converts it into chemical energy with the use of water.
3. Path of a carbon atom during light-independent reactions
During light-independent reactions, carbon dioxide (CO2) enters the leaves through stomata and diffuses through intercellular spaces while reaches the mesophyll cells. In the mesophyll cells, carbon dioxide diffuses into the stroma of the chloroplast.
4. Path of a carbon atom during cellular respiration
In cellular respiration, the six-carbon sugar i.e glucose is broken down into two molecules of a three-carbon molecule called pyruvate.
What is the path of a carbon atom during photosynthesis , light dependent and non dependent,...
A) what is the relationship between photosynthesis and cell respiration? 1. photosynthesis removes carbon dioxide from the atmosphere and cellular respiration puts it back. 2. photosynthesis releases oxygen into the admosphere, and cellular respiration uses that oxygen to release energy from food. B) what color found in many plants is produced by which pigment? C)what color of light are green plants the best at reflecting? 1. yellow 2. green 3. blue. 4 red D) what are the two main sets...
True or False: Both cellular respiration and the light dependent reactions of photosynthesis use a Hydrogen gradient in order to generate ATP by way of ATP synthase in the process of chemiosmosis.
1. which of the following are produced during the light reactions of photosynthesis? a) ADP,NADP+,O2 b)glucose, ADP,NAD+ c)ATP,NADPH,CO2 d)glucose,ADP,NADP+,CO2 e)ATP,NADPH,O3 2. Which type of light energy is not used by plants during photosynthesis? a)blue b)yellow c)violet d)red E)none of the above=identofy 3. Photosystem II a)does not have a reaction center b)is reduced by NADPH c)passes electrons to photosystem I d)has P700 at its reaction e)all the choices are correct 4. The photolysis of water a)combines with carbon dioxide b)produces NADPH...
4. Compare the function ATP in the light dependent and light independent(Calvin Cycle) reaction of photosynthesis to the three main activities of respiration (glycolysis, Krebs Cycle, and electron transport).
1A. Determine if the following are "Photosynthesis” or “Respiration” a Endergonic reaction to make sugar Photosynthesis Respiration b Produces ATP using light energy Photosynthesis Respiration c Produces ATP by removing it from sugar Photosynthesis Respiration d Occurs in cells containing chlorophyll only Photosynthesis Respiration e Utilizes (uses) oxygen to make water molecules Photosynthesis Respiration f Produces oxygen from water molecules Photosynthesis Respiration g Does not require light to occur Photosynthesis Respiration h Uses carbon dioxide and water (reactant) Photosynthesis Respiration...
(Essay style) Describe the light dependent reactions of photosynthesis. Your answer should discuss their components, the cellular localisation of these, and their products.
The relationship between the light-dependent and light-independent reaction in photosynthesis is that... a. The ATP made during the light-dependent reaction is used for the growth and development of the cell and the ATP from the oxidation of glucose drives the light reaction b. The light-independent reactions are driven by the ATP and NADPH generated from the light reactions C. The energy stored in the glucose made during the Calvin cycle is used to drive the light reactions. d. The light-dependent...
Compare and contrast the light reactions of Photosynthesis to electron transport chain and chemiosmosis of Cellular Respiration.
In photosynthesis, all of the following reactions are directly dependent on light except Select one: a. carbon fixation b. synthesis of ATP c. electron transport d. removal of electrons from H2O
The path of an electron during the light reactions of photosynthesis it is best described this way: PS I → ETC I → PS II → ETC II → water → NADPH water → PSII → ETC II → PS I → ETC I → NADPH ETC I → PS I → NADPH → ETC II → PS I → water PS II → ETC II → PS I → ETC I → NADPH → water