Chloroplast is to plant cells as cellular respiration is to animal cells. I hope that's what you meant.
Yes, both plants and animals consume oxygen when they perform aerobic cellular respiration.
The mitochondria is where aerobic respiration takes place to create energy for the cell in an animal. In plants, the chloroplasts take the energy from sunlight to provide the energy needed for the cell.
carbon dioxide.
This occurs in the chloroplasts through the process of photosynthesis.
plants and animals ... anything that needs oxygen to breath
It invoves in respiration. Specifically it is aerobic respiration
Chloroplasts are the site of photosynthesis. Mitochondria are the site of aerobic cellular respiration.
Yes, both plants and animals consume oxygen when they perform aerobic cellular respiration.
when plants take in oxygen and release carbondioxide DURING THE DAY TIME IN PRESENCE OF LIGHT IT IS CALLED RESPIRATION OR PHOTO-RESPIRATION IN PLANTS.
The end products of aerobic respiration in plants are:- 1) 6 molecules of Carbon Dioxide 2) 6 molecules of Water, and 3)Energy.
The mitochondria is where aerobic respiration takes place to create energy for the cell in an animal. In plants, the chloroplasts take the energy from sunlight to provide the energy needed for the cell.
because plants preform respiration, this produces oxygen which is vital for aerobic respiration.
carbon dioxide.
aerobic respiration of a glucose molecule.anaerobic respiration of a glucose molecule.synthesis of a chlorophyll molecule.hydrolysis of a cellulose molecule.The answer is:1. aerobic respiration of a glucose molecule
true.this is true because 1-aerobic respiration is respiration which involves oxygen but anaerobic-absence of oxygen.plants cannot experience aerobic because they release oxygen and intake carbon dioxide!
This occurs in the chloroplasts through the process of photosynthesis.
Aerobic and anaerobic typically refer to microorganisms. Obligate anaerobes die in the presence of oxygen, and obligate aerobes die without it. Most plants occur in an oxygen-rich, terrestrial environment, and would thus be considered aerobic. Even totally aquatic plants, as those found in oceans, are exposed to some quantities of oxygen, thus it seems logical to surmise that if the terms aerobic and anaerobic are to be applied to macroscopic life such as plants, plants would be considered aerobic.