Which is the relationship between photosynthesis and cellular respiration? cellular respiration makes the glucose that is needed by photosynthesis. photosynthesis makes the glucose that is broken down by cellular respiration. cellular respiration converts the glucose that is made by photosynthesis to oxygen. photosynthesis converts the glucose that is made by cellular respiration to carbon dioxide.

The second option, Photosynthesis makes the glucose that is broken down by cellular respiration.

The relationship between photosynthesis and cellular respiration is that photosynthesis makes the glucose that is broken down by cellular respiration.

photosynthesis refers to a process used by algae, plant or photosynthetic organisms to capture energy from sunlight to produce chemical energy.

During photosynthesis, the oxygen generated by plants is what animals and humans breathe in for blood to move to the body cells for respiration

However, there are processes involved in photosynthesis.

The two processes include:

The principles involved in both photosynthetic processes are very similar but the most common process is oxygenic photosynthesis. oxygenic photosynthesis is seen in cyanobacteria, algae, and plants.

During photosynthesis, the light is captured from the sun and used to transformed carbon dioxide, water and mineral into energy-rich compounds and oxygen.

photosynthesis is very important in the maintenance of life because if the process of photosynthesis stops, there will be a shortage of foods and the presence of organic matter on earth will reduce drastically.

Most organisms will no longer exist and there would be less oxygen and more carbon dioxide in the atmosphere.

However, while photosynthesis required the use of energy from the sunlight, water and carbon dioxide to generate oxygen and glucose, cellular respiration involves the use of oxygen and glucose to generate water and carbon dioxide.

Plants and animals, even human rely on photosynthesis and cellular respiration to survive.

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answer : haversian

[explanation: -(compact bone is organized as parallel columns, known as haversian systems, which run lengthwise down the axis of long bones. these columns are composed of lamellae, concentric rings of bone, surrounding a central channel, or haversian canal, that contains the nerves, blood vessels, and lymphatic system of the bone)]