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For our experiment, we tested how light intensity affected the production of oxygen and when the light intensity goes to about 35 the oxygen will stay at 21.7

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For our experiment, we tested how Co2 affected the production of oxygen and the higher the co2 level is the more the oxygen starts to decrease

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For this, I decided on how the color of the light affected O2 levels. I went every 50 increments I recorded info, and I found out that the wavelength around Orange caused the plant to make the most O2.

-Julian K

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As we increased the co2 level, the plant gave off more oxygen. Once the co2 level was increased to 400ppm, the oxygen given off remained constant throughout the rest of the experiment.

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We tested how CO2 levels affected the amount of oxygen.
When the CO2 level reaches 260 then the oxygen stops increasing

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We tested 3 different CO2 levels, 200, 400, and 800. After 3 trials of each, we noticed that the averages were all similar. 200 ppm was the only one with a different average, the oxygen flow was at 23.4 ml/h. The other two (400 and 800) had the same average oxygen flow, with 26.1 ml/h. Overall, the CO2 level didn't have a major impact on the oxygen flow.

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We tested how temperature affects the amount of oxygen emitted per hour by a plant, we tested this in increments of 25 and if the plant was at an extreme temperature then the plant died and there was no oxygen emitted but when we put it at 25 in the middle then it skyrocketed to 42.2 mL of oxygen per hour. So what we learned from this experiment was that temperature most likely affects the amount of oxygen given off per hour

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For my experiment, I decided how temperature would affect the amount of O2 produced. I went with increments of 10, starting from 10 to 50. 10 and 50 made almost to no oxygen while temps between 20-30C was the optimal temp for the most O2 produced.

-Julian K

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For our experiment, we determined what we were going to change the temperature to (20, 30, 40, 50 degrees). Then, we recorded how the temp. affected the O2 levels in each scenario.
We concluded that the best temp conditions for photosynthesis works in is between 20-30 degrees.

Lindsey and Remy.

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We changed the color of the light to red and concluded that the darker the color of the light the less oxygen produced.

Lauren and Emeliya

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We saw how the temperature changed the oxygen flow, we found that the oxygen flowed the best at 25C
-JakeS CorbnD

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We ran five trials starting at 10 degrees Celsius and went up by ten for each trial. For 10 degrees and 50 degrees, the plant produced the least oxygen. For 20 and 30 it produced the most. From this we can conclude that plants produce the most oxygen in a specific range of temperature.
(Erick and Kira)

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We tested 5, 10, 20, 30, 40, and 50 degrees. We concluded that when the temperature is too low/cold there is no oxygen flow and the same goes when the temperature is too hot/high.

Peyton Jourdan and Camille Barron

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We tested light intensity at both 25 and 50 the oxygen levels were at a low 30 and in the high 20's. The light intensity affected the amount of CO2 that given off by the plant.

Mk & elayna

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We learned that plants subjected to the temperatures of 0 and 50 Celsius produced no oxygen at all, and that about 23 Celsius is the optimal temperature for oxygen production. Low and high temperatures work worst, medium temperatures work the best.

Zack and Aliyah

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We tested how temperature affected the oxygen levels. We went up by 10's all the way up to 50. The oxygen levels were all over the place and they varied a lot. It decreased for the most part. and went all the way down to 0.0 by 50 degrees.

Isabella and Allie

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We tested how how light intensity affected  the amount of Oxygen that was given off by the plant, from this experiment we learned that after increasing  the light intensity % by increments of 25 and it increased until it reached 50%light intensity and the amount of oxygen emitted an hour in mL stopped at 31.3 and remained constant for the rest of the experiment.

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We changed the temperature to 18 degrees and watched the plant give off oxygen. We concluded that when the temperature is colder there is less oxygen flow.

Lauren and Emeliya

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My best pal (Grace Parsons) and I (Raymie Shields) tested what light wavelength produces the best oxygen flow. We concluded that the oxygen flow is optimal at 450 mn.

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the colors that we tested were, red, green, and blue. we measured the plants Oxygen levels. each plant had a different reaction level and amount of o2 produced. we concluded the cool toned colors such as green and blue, create the most oxygen.

Mk & elayna

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We tested light intensity and at both 100 and 50 the oxygen levels were at 31.3 but the oxygen didn't drop until 0
Tanner and Jake M

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My best pal (Grace Parsons) and I (Raymie Shields) tested what light wavelength produced the best oxygen flow. We concluded

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We tested light intensities and went up from 0 to 100 by 20. We realized that as the light intensity increased the oxygen levels increased, but by 40 degrees the oxygen level stayed at 31.3.
Isabella and Allie

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We tested five different temperatures: 15, 25, 30, 35, and 50 degrees Celsius. Through the experiment, we found that temperature ranges between 25 and 30 degrees Celsius had the best results at 26.1 ml/h for each.

Avery and Aliyah

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We learned that 0 degrees and 50 degrees had the same outcome
Tanner and Jake M

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Colors tested:
Red, Blue and Green.
What's being measured: The plant's oxygen levels for each color/growth rate
After testing Blue, (450nm) we learned that it created an O2 level of 49.7 mL/h, being the best out of the three, with red (700nm) creating an O2 level of 23.5 mL/h and green (550nm) being the worst, at a O2 level of 18.1 mL/h.

Corbin Dyer and Jake Silliman

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We ran one trial for the colors blue, green, yellow, and red. Each plant had a different reaction when it came to how much oxygen it produced. Blue was the color that produced the most, so we can conclude that the colder colors on the wavelength produce the most oxygen. Maybe that's why it's a good thing our sky is blue...
(Kira and Erick)

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We measured the Oxygen level after increasing the light intensity by %25. We

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For our experiment, we determined the colors we were going to change it to (white, purple, green, and red) and then recorded the oxygen levels that were present in each scenario.
(The color white  had an O2 level of 26.1).
We concluded that the oxygen levels were the greatest in a scenario using the white light~ Photosynthesis works best under white light.

Lindsey and Remy

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My best pal (Grace Parson) and I (Raymie Shields) tested what light intensity produced the best oxygen flow. We concluded that if the light intensity is above 35% then the oxygen flow will always stay at 31.3%, which is the greatest possible amount of oxygen flow you can have (in this Gizmo at least).

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We learned that 610 nm (yellow) was the optimal colored light for oxygen production, and that ironically 550 nm (green) was the worst light color to keep the plant under for the sake of oxygen production.

Zack and Aliyah

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White Light vs Color Light/ Light Intensity   

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White Light vs Color Light/ Light Intensity   

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We tested how colored light affected O2 flow vs White light, White light had an O2 flow of 31.3 (mL/h) at 100% intensity and an O2 flow of 26.1 at 30% intensity We found that 450 nm light (Blue light)  produced best O2 flow 59.6 (mL/h)at 100% intensity and 49.7 O2 flow at 30% intensity.

Steve and Jesse

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We tested red, orange, yellow, green, blue, and violet and we measured the amount of oxygen for each. We concluded that orange allows for a higher oxygen flow.
Peyton Jourdan and Camille Barron

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We tested blue, green, yellow, orange and red and each color had a different reaction to the plant. The blue and orange light produced the most oxygen. While green and yellow light caused the plant to produce the least amount of oxygen.

Aliyah and Avery