Hi, I am looking for someone to write an article on effects of green and blue light on the rate of photosynthesis Paper must be at least 1250 words. Please, no plagiarized work!

Hi, I am looking for someone to write an article on effects of green and blue light on the rate of photosynthesis Paper must be at least 1250 words. Please, no plagiarized work! Whereas photosynthesis occurs in the chloroplasts, respiration takes place in the mitochondria. Both the chloroplasts and mitochondria are located in the leaf. hence the two processes may co-occur, working against each other. This can be represented by the chemical reaction below:

Photosynthesis combines carbon (IV) oxide from the atmosphere with water to produce energy (carbohydrates), which, when broken down by transpiration, yields water, carbon dioxide, and power (ATP).

Background

Since photosynthesis and respiration co-occur, the amount of oxygen generated by the former is cut back by the amount the former consumes. The difference between gross photosynthesis and the amount of oxygen consumed during respiration is net photosynthesis. This experiment aims to establish the dependence of net photosynthesis on light levels.

Raised Question

The experiment raises whether or not net photosynthesis depends on the light levels supplied during photosynthesis.

Hypothesis

Under blue light, the photorespiration will be faster than under green light.

Prediction

If the more leaf disks are exposed to blue light float faster than those exposed to green light, then photorespiration is faster under blue light.

The two experiments were carried out using similar materials, although there were a few variations. There were two independent variables in both cases: green and blue light was used. The dependent variable was photorespiration rate: the higher the respiration rate, the lower the net photosynthesis.In conducting the actual experiment, each group added 50 ml of bicarbonate buffer solution into the cylinder and then emptied the infiltration solution and leaf disks from one syringe into the beaker. We then added the rest of the bicarbonate solution into the reaction beaker, discarding leaf disks that did not sink. This was done using eight beakers, each containing ten disks. 4 for blue light and 4 for the green light. The beakers were laced with foil and could only get light from the bottom where the blue and green color filters were placed. Measurements were then taken, with the percentage of disks that floated being tabulated against time for values between 10% and 90%.&nbsp.