What is the reverse process of Photosynthesis?
How did we determine the rate of photosynthesis of the aquatic plants?
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The reverse process of photosynthesis is respiration. We determine the rate of photosynthesis of the aquatic plants by the number of bubbles the plant produce, which means it is giving off oxygen.
ReplyDelete-Naiomi Samlall 721
The reverse process of photosynthesis is Respiration.
ReplyDeleteWe determined the rate of photosynthesis of the aquatic plants by: the bubbles that came up in the contaniner.
Commented by:Shaardadevi Sharma 705
The Reverse process of photosynthesis is respiration. We determined the rate of photosynthesis of the aquatic plants by counting the amount of bubbles the plant made.
ReplyDeleteThe reverse process of photosynthesis is Respiration. We can tell what the the percent of photosynthesis of an aquatic plants by counting the bubbles the aquatic plant made
ReplyDeleteThe reverse process of Photosynthesis is Respiration. We can determine the rate of photosynthesis in aquatic plants by counting the amount of bubbles that are given out by the plants.
ReplyDeleteResource By ; Aniqa Chowdhury ; Class of 705
The reverse process of photosynthesis is respiration. We find the rate of photosynthesis by counting the bubbles in the tank.
ReplyDeleteThe reverse process of Photosynthesis is Respiration. WE determined the rate of photosynthesis of the aquatic plants by counting the number of bubbles in the tank.
ReplyDelete-Shobha Persaud 721
The reverse process of photosynthesis, is respiration. We found the rat,e by counting the bubbles that came from the bottom of the tank, in the virtual lab.
ReplyDeletethe reverse process of photosynthesis is respiration. We measure the rate of photosynthesis by counting the amount of bubbles formed water.
ReplyDeleteThe reverse process of photosynthesis is respiration. We determined the rate of photosynthesis by counting the amount of bubbles that were produced by the aquatic plant on the virtual lab.
ReplyDeleteThe reverse process of photosynthesis is respiration. We counted the number of bubbles we saw in each of the tanks in the virtual lab, so we concluded that the amount of light can affect the rate of photosynthesis in aquatic plants.
ReplyDelete-Rahul Chandra
The opposite of photosynthesis is respiration so in order for us to tell the rate of photosynthesis we had to count the number of bubbles that apeared in each box.Yet we couldn't tell if the rate was affected becuase in the first comparison the bulb;the control had a higher rate but in the second comparison the box containing the 75 watts bulb had a higher rate.
ReplyDeleteThe reverse process of photosynthesis is respiration. Respiration is to give out air or oxygen. We find the determine the rate of photosynthesis in aquatic plants by observing how many buubles came out of the plant. Bublles are a good sign. They show that the plant is giving off oxygen.
ReplyDeleteThe reverse of photosynthesis is respiration. We determined the rate of photosynthesis by calculating the amount of bubbles that were given off by the aquatic plants in the tank.
ReplyDeleteThe reverse process of photosynthesis is respiration. Respiration is breathing air in and out. We deterimined the rate of photosynthesis of the aquatic plants by counting how many bubbles that were given off by the aquatic plants. The bubbles meant that the aquatic plant was breathing out air.
ReplyDeleteThe reverse of photosynthesis is respiration. We determined the rate of photosynthesis of the aquatic plant by counting the how many bubbles went up
ReplyDeleteVanessa varela
The reverse process of photosynthesis is respiration. The equation for photosynthesi is:
ReplyDelete6 CO2+6 H2O ---> C6 H2O 6 + 6 O2 and the opposite of this equation is respiration. Respiration occurs in plants when plant braeth in crabon dioxide and breath out oxygen. In water we see bubbles, those bubbles are caused by oxygen the aquatic plant release. We counted the number of bubbles to determine the rate of photosynthesis
The reverse process of photosynthesis is respiration. We determined the rate of photosynthesis by the number of bubbles the plants gave off.
ReplyDeletethe reverse process of photosythesis is respreration. we determine the rate of photosynthesis of the aquatic plants by doing a virtual lab and using different wattage. then we counted the amout of bubbles that pops up in the both tanks, that the plant gives off.
ReplyDeleteby;kevin sukhnandan
the reverse process of photosynthesis is repiration. we determine the rate of photosynthesis of the aquatic plants by doing a virtual lab. we used different watts of light bulbs and counted how many bubbles each plat produced.
ReplyDeleteThe reverse process of photosynthesis is respiration. we determined the rate of photosynthesis of the aquatic plant by the amount of bubbles coming out of in the virtual lab.
ReplyDeleteThe reverse process of photosynthesis, like many of my peers said, is respiration. We determined the rate of photosynthesis in these aquatic plants by counting the amount of bubbles they produced, which is how much oxygen they gave off.
ReplyDeleteRespiration is the reverse process of photosynthesis. We determined the rate of photosynthesis in aquatic plants by figuring out the amount of bubbles the aquatic plants gave off.
ReplyDeleteHema R. 721