Photosynthesis and Cellular Respiration The experiment consi

Photosynthesis and Cellular Respiration The experiment consists of four light settings from a desk lamp. There are three trials in each light setting which will come to find an average number. The purpose for this is to see how many bubbles are produced with each watt of light (0, 25. 50 td 100) waits, this experiment is set up with a desk lamp shining down on a fish bowl. The results of the bubble experiment came to be that as the higher the watts of light, the more bubbles were produced There was very little activity with no light from the lamp. So it is obvious with the brighter light and the warmer the temperature the more oxygen will be produced. I did assume that there would be more bubble activity with the higher light watts l believed with the combination of heat and brighter lights that the oxygen would be produced more than with less heat and light. I actually struggled with this experiment because of not actually being hands on. And I have a tendency to over think things and make them more complicated than they truly arc. With the information and the live chat recording, it helped make sense of this experiment. Khara. Kanika. \"All You Need To Know About \"Photosynthesis and Cellular Respiration, \'\' Dillon Photosynthesis vs. Cellular Respiration, (n. d.) Retrieved from Wikipedia, the free encyclopedia

Solution

METHOD:

In the experiment, four types of bulbs with different powers has been used. These are 0, 25, 50, 100 Watts bulb .

For each type of bulb , 3 times the experimental trial has been done and average is calculated for each one of them.

This is done in order to find out that when the bulb is kept shining down pver fish tank, which light setting produces maximum bubbles and how many bubbles are produced in each light setting when it is kept on the desk shinkng down over fishes.