both they need water and sun but their half and half
energy
Animal and fungi are not photosynthetic. So plant is the answer
Chloroplasts and cellular walls, plus a large central vacuole are parts of plant cells and not animal cells.
Mitochondria
Cell wall
Cell wall
CO2 and H2O
No, lysosomes are only found in animal cells.
When an animal eats a plant's carbohydrates, it undergoes cellular respiration to break down the carbohydrates for energy, releasing carbon dioxide back into the atmosphere as a byproduct.
You have 60 % water in your body weight for weight. 20 % is in extra cellular compartment and 40 % is in intro cellular compartment. So for 70 KG man you have 14 liters of fluid in extra cellular compartment. Out of this 3 liter is present in your blood. 11 liters is present in so called interstitial compartment. 28 liters is present in intro cellular compartment. Sodium chloride is the main salt in extra cellular compartment. Potassium chloride is the main salt present in intro cellular compartment. The osmolarity being about 150 Millimoles in your body fluid.
You have 60 % water in your body weight for weight. 20 % is in extra cellular compartment and 40 % is in intro cellular compartment. So for 70 KG man you have 14 liters of fluid in extra cellular compartment. Out of this 3 liter is present in your blood. 11 liters is present in so called interstitial compartment. 28 liters is present in intro cellular compartment. Sodium chloride is the main salt in extra cellular compartment. Potassium chloride is the main salt present in intro cellular compartment. The osmolarity being about 150 Millimoles in your body fluid.
Cellular respiration occurs in both plant and animal cells. In animal cells, it takes place primarily in the mitochondria, where glucose is converted into energy. In plant cells, while photosynthesis occurs in chloroplasts, cellular respiration also takes place in mitochondria, allowing plants to convert the glucose produced during photosynthesis into usable energy. Thus, both types of cells utilize cellular respiration to generate energy.