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Use the link below to see how changing carbon dioxide concentration and light intensity affect the rate of photosynthesis. Write a short explanation about their effect.

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Use the link below to see how changing carbon dioxide concentration and light intensity affect the rate of photosynthesis. Write a short explanation about their effect.

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ExploreLearning : Get hands-on, minds-on in math and science

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Photosynthesis Lab Gizmo : ExploreLearning

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Study photosynthesis in a variety of conditions. Oxygen production is used to measure the rate of photosynthesis. Light intensity, carbon dioxide levels, temperature, and wavelength of light can all be varied. Determine which conditions are ideal for photosynthesis, and understand how limiting factors affect oxygen production.

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Use the simulator below to change light intensity by either changing light power or the distance from the plant to draw a conclusion about this effect based on the table of results produced.

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Use the simulator below to change light intensity by either changing light power or the distance from the plant to draw a conclusion about this effect based on the table of results produced.

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Importance of Light in Photosynthesis (Simulator) : Class 10 : Biology : Amrita Online Lab

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To show experimentally that light is necessary for photosynthesis.

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Use the link below to carry out a virtual lab experiment to show the effect of changing light intensity and carbon dioxide concentration on the rate of photosynthesis, then display the results that you get in a table and explain them.

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Use the link below to carry out a virtual lab experiment to show the effect of changing light intensity and carbon dioxide concentration on the rate of photosynthesis, then display the results that you get in a table and explain them.

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Factors affecting Photosynthesis Lab for Primary School

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As light increases, the O2 production increases until reaching the limiting point (36%) It would stop because the chlorophyll molecules would be less than the light needed. If there was a lot of light intensity, it would damage the plant and temperature would denature the enzymes.

(Lujain, Hla, Dana, Jouri, Khaled, Khawla, Moaaz, Sara, Tammam, Youssef Moustafa)

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Roaa, Marya, Ban, Dina, Abdelhalim, Mohannad, Yousef Naji 

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Roaa, Marya, Ban, Dina, Abdelhalim, Mohannad, Yousef Naji 

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In the clear light experiment, as the distance increases, the amount of bubbles formed decrease. Having blue colored light causes the most bubbles to form. As the intensity increases, the number of bubbles formed increases.

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As the light intensity increases the number of bubbles per minute increase until a point where it cannot take more sunlight.
As the carbon dioxide concentration increases the number of bubbles per minute increases until a certain point where it cannot take in more carbon dioxide.

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As the amount of light grows, so does the amount of oxygen produced, until the limiting point is reached which is 36 %.  Because the number of chlorophyll molecules is fewer than the amount of light required, it will come to a halt. The plant would be damaged by high light intensity, and the enzymes would be denatured by high temperatures. When the carbon dioxide increases the oxygen increases more and stops at a certain point. (Ayesha, sara, nagham, ahd, omar wahed, dana, ismail, jeanmark, Mohamed osama, dhaanish, tiam)

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The further the distance the slower the bubbles form
and the stronger the light power, the faster the bubbles form.
the darker the color added, the faster the bubbles form

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Group 3, Samer, Mera, Mahmoud . Adam Halabi, Jomanna, Milana, Noor Smail, Pranav

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Conclusion: The concentration of carbon dioxide increases with the number of carbon dioxide bubbles increasing until it cannot take anymore carbon dioxide concentration. The number of carbon dioxide bubbles increases because of the increase in light intensity. the bubbles increase as the light intensifies over time until the plant cannot take any more light.