If the temperature increases beyond 35^{circ} | vedclass

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(B) Photosynthesis is an enzymatic process that is highly sensitive to temperature. Most enzymes involved in the Calvin cycle and light reactions have

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The rate of decrease in photosynthesis will be faster than the rate of decrease in respiration.

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(B) Photosynthesis is an enzymatic process that is highly sensitive to temperature. Most enzymes involved in the Calvin cycle and light reactions have an optimal temperature range. When the temperature exceeds $35^{\circ}C$,the enzymes involved in photosynthesis (such as RuBisCO) begin to denature or lose their efficiency rapidly. Respiration,while also enzymatic,is generally more heat-stable than photosynthesis. Therefore,as temperatures rise significantly above the optimum,the rate of photosynthesis declines much more sharply and rapidly than the rate of respiration.

If the temperature increases beyond $35^{\circ}C$,what will happen?

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