How can we tell that the plant is photosynthesizing?green water plantm

1.	How can we tell that the plant is photosynthesizing?green water plantmovement of waterbubbles productionall are correctWhy water plant is used in this experiment?cheapeasy to findadapted to live under water and photosynthesizeall are correctWhy is it necessary to leave the apparatus in light place?light is not necessary for photosynthesisPhotosynthesis does not take place in absence of waterTo observe the experiment clearlyIn the video, why sodium-bicarbonate is used?to keep the water clearto supply carbon dioxideWhat is the correlation between light intensity and the rate of photosynthesis?rate of photosynthesis increases with the increase of light intensityrate of photosynthesis decrease with the increase of light intensityrate of photosynthesis increases with the decrease of light intensityrate of photosynthesis is independent to light intensityIn the experiment of rate of photosynthesis, which one is the independent variable?number of bubbles produced in one minutelight intensityWhich gas is produced during photosynthesis?carbon dioxideoxygenglucosewaterHow many times we should repeat an experiment?onceat-least two timesat-least three timesWhich factors affect the rate of photosynthesis?lighttemperatureoxygenglucose
Answer» Answer: There are numerous species of plants all over the world. Some have adapted to desert conditions while other have adapted to COLD climates. There are also plants that COULD only survive in cool, moist AREAS with adequate sunlight. These differences in climatic conditions and ECOSYSTEMS have resulted in different types of photosynthesis in plants. The three types of photosynthesis are C3, C4 and CAM photosynthesis. The definition of photosynthesis and the general equation can be found under OVERVIEW of Photosynthesis. Plants perform photosynthesis because it generates the food and energy they need for growth and cellular respiration. It is important to note that not all plants photosynthesize. Some are parasites and simply attach themselves to other plants and feed from them.

How can we tell that the plant is photosynthesizing?green water plantmovement of waterbubbles productionall are correctWhy water plant is used in this experiment?cheapeasy to findadapted to live under water and photosynthesizeall are correctWhy is it necessary to leave the apparatus in light place?light is not necessary for photosynthesisPhotosynthesis does not take place in absence of waterTo observe the experiment clearlyIn the video, why sodium-bicarbonate is used?to keep the water clearto supply carbon dioxideWhat is the correlation between light intensity and the rate of photosynthesis?rate of photosynthesis increases with the increase of light intensityrate of photosynthesis decrease with the increase of light intensityrate of photosynthesis increases with the decrease of light intensityrate of photosynthesis is independent to light intensityIn the experiment of rate of photosynthesis, which one is the independent variable?number of bubbles produced in one minutelight intensityWhich gas is produced during photosynthesis?carbon dioxideoxygenglucosewaterHow many times we should repeat an experiment?onceat-least two timesat-least three timesWhich factors affect the rate of photosynthesis?lighttemperatureoxygenglucose

Answer»

Answer:

There are numerous species of plants all over the world. Some have adapted to desert conditions while other have adapted to COLD climates. There are also plants that COULD only survive in cool, moist AREAS with adequate sunlight. These differences in climatic conditions and ECOSYSTEMS have resulted in different types of photosynthesis in plants. The three types of photosynthesis are C3, C4 and CAM photosynthesis.

The definition of photosynthesis and the general equation can be found under OVERVIEW of Photosynthesis.

Plants perform photosynthesis because it generates the food and energy they need for growth and cellular respiration. It is important to note that not all plants photosynthesize. Some are parasites and simply attach themselves to other plants and feed from them.

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