dont know that's why
m here
im going 2 fail my science class HELP
amoebae
volvox
Amoebae
Amoeba
amoeba
Plantlike protists can move around and still photosynthesize.
Yes they do. Some protists have other organelles that other protists may be lacking but they all still have nuclei.
Why grammar not you use.
Algae are protists because they have some of the same organelles. They also are actually called plant like protists. They are still in the protists kingdom though. Protists are microscopic. But, algae is not microscopic. It is confusing but algae is in the Protists Kingdom. Algae also has call walls.
Yes and no. If you take some soil, place it in a Petri dish, and flood it with water, you will see in about 20 minutes a vast number of protists. Some would argue this would indicate that there are terrestrial protists. (Others would counter that these protists live in the thin film of water that exists around soil particles; therefore, they are still aquatic. It also depends on what organisms you call protists. If you consider slime molds and oomycetes protists, then there are many terrestrial protists. Slime molds creep along in the leaf litter, and there are several plant pathogens among the oomycetes that attack the above ground portions of plants.
Plantlike protists can move around and still photosynthesize.
Yes they do. Some protists have other organelles that other protists may be lacking but they all still have nuclei.
Why grammar not you use.
kelp are indeed protists, for they are still to simple to be plants.
Algae are protists because they have some of the same organelles. They also are actually called plant like protists. They are still in the protists kingdom though. Protists are microscopic. But, algae is not microscopic. It is confusing but algae is in the Protists Kingdom. Algae also has call walls.
Yes and no. If you take some soil, place it in a Petri dish, and flood it with water, you will see in about 20 minutes a vast number of protists. Some would argue this would indicate that there are terrestrial protists. (Others would counter that these protists live in the thin film of water that exists around soil particles; therefore, they are still aquatic. It also depends on what organisms you call protists. If you consider slime molds and oomycetes protists, then there are many terrestrial protists. Slime molds creep along in the leaf litter, and there are several plant pathogens among the oomycetes that attack the above ground portions of plants.
Most importantly,they have an organized nucleus which is lacked in prokariyotes.
The Vorticella move by their cilia. Cilia are tiny hair-like things that, on this protist, line the oral groove. The Vorticella also have stalks that attach them to plant matter, and inside that stalk is a contractile fiber called a myoneme. When feeling threatened, the Vorticella contracts its single myoneme, which coils the stalk like a spring. After a few seconds, the stalk should uncoil, and might go back into a spring shape if it still feels threatened. Im sorry, both of you are partly wrong. If you look it up, the Vorticella is placed into the phylum Ciliophora, because it has cilia. If it had a flagella, it would have been placed into the phylum Mastigophora. If it had pseudopods, it would have been placed in the phylum Sarcodina. But, the Vorticella IS attached to a plant (well, plant matter).Trust me on this, I know. I am thirteen years old (well, will be in 13 days). I am a seventh grader learning all about the different protists. I am doing a project on the Vorticella, and I do have a few worksheets in front of me that tell all about the different protists, including the Vorticella. There are about 16 different kinds of Vorticella, but they all have cilia and stalks, and that's how they move.More information about the Vorticella is that it measures to about 100 microns (micrometers), which is one-tenth of a millimeter. It is shaped like a long-stemmed tulip, and when the myoneme contracts, the stalk looks like a spring, and the body with the vacuoles and the nucleus turns into a circular shape, until the stalk uncoils, and the main body reforms its shape, then it is back to looking like a tulip.-Crsscntrygrl6245 C:
Protists are tiny organisms in the Domain of Eukarya. Historically they were part of the Kingdom of Protista, but this is no longer the case. Protists are incredibly diverse, and there is little to bind them together as a grouping, except for the simplicity of their structure. Protists have either one cell, or else have multiple cells without any specialized tissues. This is what distinguishes protists from other eukaryotes like animals, plants, and fungi. Historically, protists were divided into three groups, based on which of the major Kingdoms they were most similar to. Although this particular classification is no longer formally used, many people still use them to describe protists. The protozoa are the protists which have the most in common with animals. The protophyta have more in common with plants and slime molds are most similar to fungi. Some protists are motile, able to move by using flagella, pseudopodia, or cilia, while others are unable to move. They may live on their own by absorbing energy from sunlight, or they may live symbiotically with a host organism. In some cases, protists may engage in a mutual symbiotic relationship, where the protists gain energy from the host, but perform some beneficial service in return, but often they are parasitic, simply leeching energy off of the host. Protists play fundamental roles in the ecosystems of the world. As such, many protists are quite beneficial to humans. Others, however, are harmful to humans. Protists such as apicomplexa and kinetoplastids cause any number of diseases that afflict human beings, such as malaria, and some protists, such as the amoeba, can cause serious illness when their population gets out of control in the body. The protophyta, or algae, are the protists which play the most beneficial role for humans. Many of the protophyta form the basis of the food chain which drives the engine of life on the planet. The algae create food for other organisms, growing and expanding by absorbing the light of the sun through photosynthesis and serving as food for the lowest-level animal organisms, which in turn serve as food all the way up the food chain. The vast majority of the plankton in the ocean consists of various protists. These algae often look like plants, but they differ in a number of key ways: they have no leaves, no stems, no roots, and no distinct helper parts. In spite of this, they may reach large sizes not usually associated with simple oranisms. Protophyta not only create food, but they also respirate oxygen, making them crucial for sustaining animal life on the planet. In fact, algae generate about half of the oxygen generated by photosynthesis on the planet. It is beyond doubt that the protists play one of the most important roles in sustaining human health on the planet. Without the protists, the ocean’s food chain would collapse, and in turn the food chain as a whole would crumble, and at the same time oxygen would be reduced drastically.
Cilia and flagella are both hair-like structures that extend from the surface of the cell, where they assist in movement.Cilia are short and more numerous than the longer flagella. They both have a membrane on their outer surface and have an internal structure of nine pairs of microtubules around two central tubules.Sources:Postlethwait, John H., and Janet L. Hopson. Modern Biology. Orlando, FL: Holt, Rinehart and Winston, 2009. Print.
It is still around. It has been rebuilded.
yes, musical theatre still is around...