________ capture solar energy and use photosynthesis to produce sugars.
What we’re talking about here is the use of photosynthesis to produce sugars.
________ capture solar energy and use photosynthesis to produce sugars.What were talking about here is the use of photosynthesis to produce sugars.
That’s the key to solar energy. As it turns out, plants use the sun’s energy to grow and to photosynthesize. In photosynthesis, plants turn light into chemical energy. In other words, plants capture solar energy and use it to convert it into sugars. This is how plants get their energy to grow, and this is how plants photosynthesize.
________ capture solar energy and use photosynthesis to produce sugars.
Plants use sunlight to grow and photosynthesize. This is how plants get their energy to grow, and this is how plants photosynthesize.
Plants capture solar energy and use it to store and convert into energy. That’s the energy they need to grow and photosynthesize.
This is the first time we’ve heard about energy storage. I don’t know where I heard that name and what we mean. Maybe it’s the word for “storage” in English (as in “energy store”) or even the word for “storage” in Japanese. I think I heard that word a long time ago and just realized that it’s the name for storage and photosynthesis.
Its the same thing, just think of a solar cell as an energy storage unit. The sun’s radiation, while it is doing it’s job, is also converted into heat at the same time. So it stores the energy that the sun gets converted into heat, and it stores the energy it gets converted into heat and converts it into electricity.
This is a very interesting thought experiment, and I wonder if we’re even on the right track. I think the sun will probably be a lot closer to the suns output energy than we think it is, but it seems likely that we are seeing only one end of the energy chain. If we could capture the suns rays and convert them into heat, it makes energy conversion easier. We could also use it to produce something.
