Plants merely take up things on a gradient, an perhaps a bit of active uptake.. i don't think there is any "eating".. but how are we defining eating? phagocytosis?
The base definition of eating would be on a larger scale than phagocytosis. However, when I talk about "eating" in quotation marks it generally means taking in anything that is in the form of matter.
ya, that sounds like the best bet, but my bio/zoology teacher had me under the impression that plants don't eat anything they get from anything else, they just use it in the process of making sugars, etc. but then, they'd have to eat minerals right? i mean all organisms need minerals in their bodies, animals just get them from other organisms (like salt, iron, etc.) and plants would have to get them from the ground, so they would techincally be eating minerals. I'll have to ask my teacher about this next week.
The real difference in plants and animals is how they obtain glucose. Animals and fungii obtain it from the eating of other organisms and the breakdown of their sugars, proteins, fats, etc. Plants gain it from photosynthesis. If it is not gained in one of these ways, even if it is multicellular, it will be put in the Protista Kingdom. And this time I am sure.
There is no such thing as plant or animal. It's just names humans gave to things that looked different. Today it is known that it's nonsense.
That is the most outrageously wrong biological statement I have ever heard. Their are vast differences between plants and animals. The base difference, however, is in the method of obtaining glucose, which is used in the rejuvenation of ATP, which is used to help lower the effort to perform chemical reaction, which allows life to exist by fighting entropy. Plants obtain glucose through photosynthesis, the storing of sun energy into glucose, while animals gain it through organic consumption and the subsequent breakdown of the organic particles of the organisms they consume. Other differences are there, but not necessary for the distinction. This is the main difference, although mobility and a few others are important as well.
I hope this clears up some questions from some people...
There is also a lot of similarities. I'll never forget I once saw somewhere that us and Bananas share 60%+ of similar genetic code. We are nothing but walking talking bananas!
In fact, the majority of DNA is similar, from bacteria all the way to humans. However, the majority of DNA is also blank space that makes no difference in the overall organism, and what few similar genes there are in organisms are for the production of a very small number of necessary proteins, such as phosphofructokinase.