Both processes occur in the roots of the plant.

Respiration releases energy from glucose, while photosynthesis captures energy from sunlight.

Photosynthesis releases carbon dioxide, while respiration consumes it.

Respiration occurs only at night, while photosynthesis occurs during the day.

Mitochondria are responsible for water absorption in plants.

Mitochondria produce carbon dioxide as a waste product during respiration.

Mitochondria convert glucose and oxygen into ATP during plant respiration.

Mitochondria store chlorophyll for photosynthesis.

At night

At noon

During the day

In the morning

Nitrogen and ammonia

Glucose and ethanol

Oxygen and glucose

Carbon dioxide and water

Respiration rate decreases steadily with increasing temperature.

Temperature has no effect on respiration rate in plants.

Higher temperatures always increase respiration rate without limits.

Temperature increases respiration rate in plants up to an optimal point, beyond which it decreases.

Aerobic respiration is only important during the night for plants.

Aerobic respiration helps in the formation of chlorophyll in plants.

Aerobic respiration produces oxygen as a waste product in plants.

Aerobic respiration provides energy for growth and metabolic processes in plants.

Environmental factors like temperature, humidity, light intensity, and carbon dioxide levels significantly influence plant respiration rates.

Soil type has no effect on respiration rates.

Plant age is the only factor affecting respiration.

Watering frequency directly controls respiration rates.