Looking at a cell under a microscope, if you see only a dark area and nothing else, you are looking at a prokaryote. Bacteria are a good example of this. The dark area is DNA but there is no membrane around it. It has no true nucleus.
A eukaryote will be much larger because it contains much more than just the nucleus (containing DNA). It will also have other membrane bound organelles.
I would be a chemist, what kind of scientist would you be?
The letter "y" in eukaryotic is part of the Greek word "karyon" which means "kernel." The kernel refers to the nucleus of eukaryotic cells.
A cell is either prokaryotic (cario would be the nuclear membrane) or eukaryotic.Prokaryotic cells would be archeabacteria and eubacteria whereas everything else would be eukaryotic.
Without eukaryotic cells, complex organisms would not exist as they are essential for the development of multicellular life. Eukaryotic cells have specialized organelles like the nucleus and mitochondria, crucial for functions such as DNA control and energy production. Overall, the absence of eukaryotic cells would hinder the complexity and specialized functions required for complex organisms to thrive.
Since animals are eukaryotes, and a goldfish is an animal, you can assume that a goldfish would be eukaryotic rather than prokaryotic.
There are many factors that dertermine loan rates,based on the economy mainly.And at the minute with the current state of affairs i would say there are reassed quite regulary.
Eukaryote would be the correct answer, the exact question would be "What are complex cells that have a nucleus enclosed in the cell membrane called?"
The scientist would not.
A scientist would not use a graph to explain the methodology.
A scientist would not use a graph to explain the methodology.
Dolphins are not prokartiotic because a prokaryote is a single celled organizism. That means dolphins would be eukaryotic.
eukaryote, an example of prokaryote cell is bacteria