Only in the presence of light
Light
Light
He proved that Priestley's experiment only worked when plants were exposed to sunlight. Concluding that Priestley had not performed his experiment without sunlight. Ingenhousz performed both in sun and dark presence.
Priestley's and Ingenhousz's experiments showed that light is necessary for plants to produce oxygen.
Priestley's and Ingenhousz's experiments showed that light is necessary for plants to produce oxygen (right from the text book of "Prentice Hall Biology" Page 206 by Miller Levine).
The element that greatly expands an organism's ability to produce energy is oxygen. The presence of oxygen in the bloodstream allows the biochemical processes to occur, which in turn sustain life.
In 1796 a Swiss botanist, Jean Senebier, showed that plants consume carbon dioxide and produce oxygen in the presence of light. His research was preceeded by the research of others who led the way to the final discovery.
Light
He proved that Priestley's experiment only worked when plants were exposed to sunlight. Concluding that Priestley had not performed his experiment without sunlight. Ingenhousz performed both in sun and dark presence.
Priestley's and Ingenhousz's experiments showed that light is necessary for plants to produce oxygen.
Jan Ingenhousz concluded from his experiments that all plants need sunlight to produce energy. He also concluded that plants underwater only produce oxygen bubbles when they have access to sunlight.
Jan Ingenhousz
Jan Ingenhousz was a Dutch scientist who discovered the process of photosynthesis. He showed that plants release oxygen in the presence of sunlight and carbon dioxide, and he also demonstrated that plants need sunlight to produce energy. Ingenhousz's work laid the foundation for our understanding of how plants convert sunlight into chemical energy.
Priestley's and Ingenhousz's experiments showed that light is necessary for plants to produce oxygen (right from the text book of "Prentice Hall Biology" Page 206 by Miller Levine).
the hydrilla produce bubbles when added baking soda because, the bubbles are the oxygen that the hydrilla produce, while it undergoes the process of phtosynthesis in the water.
It will produce oxygen.
Priestley's experiments focused on the effects of plants on air composition, discovering oxygen and its role in respiration. In contrast, Ingenhousz's experiments explored the process of photosynthesis in plants, demonstrating that they release oxygen in the presence of light. Both scientists laid the foundation for our understanding of how plants interact with their environment.
Oxygen. Cells can produce much more ATP from glucose in the presence of Oxygen (aerobic respiration) than without oxygen (anaerobic respiration) in a process called oxidative phosphorylation that occurs in the mitochondria of cells. In the presence of oxygen one glucose can be broken down to produce 36 ATP Without oxygen, only 4 ATP can be made
it can produce energy in the presence and absence of oxygen unlike aerobic exercise which can only produce energy in the presence of oxygen