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∙ 9y agoHe really saw A group of cell walls interlocking without anything inside of them. Because cork cells are dead, nothing living could be inside of them.
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∙ 12y agoWiki User
∙ 9y agoWhen Robert Hooke looked at corks under a microscope he saw the skeleton of living organisms. Robert Hooke published the notable paper Micrographia.
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∙ 12y agoHe saw the cell walls in the cork and called them cells.
A telescope lets you see things far away and a microscope lets you see see things that are really small
A microscope slide is a small rectangular piece of glass that the sample (the thing you're looking at) is placed on for observation. Generally, the sample is next covered with a cover strip (a small piece of plastic, used to keep the sample from sliding). The slide makes it possible to look at the sample. Otherwise, the sample would fall into the microscope light, which would be a little inconvenient.
Really small things. Because there are limits to how small an object we can observe through a light microscope, we developed the electron microscope. By setting up a sample and streaming electrons at it to resolve an image, we can "see" things smaller than we'd be able to see through a light microscope.
i am not sure of what kind of microscope you need, but not something cheap at all, i can remember that i did this on a really cheap one a couple of years ago, a normal stereo microscope (optic) should work fine ;3
algea and wierd types of bugs that look REALLY scary under a microscope
yes it looked it but no he didnt (i think)
If you looked into her eyes yes
You should look at anything interesting under a microscope! I once got a small toy microscope at a book fair. I looked at many things but the thing that interested me the most was the picture in a book. If you look at a color in a picture in a book you will see that it's not yellow (or any color) that your looking at! It's really millions and millions of different colors! It's sooo... AWESOME!!! :-)
Robert Hooke did.
The first person to name cells was Robert Hooke, who lived from 1635-1703. He was a mathematician and physicist who also happened to be the first person to make a compound microscope--a microscope with more than one lens to magnify things. He put thin slices of cork under the microscope and saw these sorts of squares. He thought these squares looked a lot like the rooms which monks stayed in, which were also called cells (also just like in a jail). Importantly, he also put other slices of plants, like onions, under the microscope and saw the same sort of square pattern--showing that the pattern wasn't just unique to cork. In reality, what this guy was seeing wasn't really 'cells' but the cell wall. It took other techniques to be able to see cell membranes, the sort of 'bag' which keeps the contents of a cell inside the cell. All cells are surrounded by cell membranes, and only some, like plants also have a cell wall.
Probably t-rex but no one know what they really looked like
only under an electron microscope wiki it
it was the microscope made by benjemen franklin. not but really the microscope.
i dont no really just guessin he was a scientist and plants involve science in it!
To see really really really small things in detail such as cells, hairs and even liquid. To see really really really small things in detail such as cells, hairs and even liquid.
That depends on which microscope you want to use. For a compound microscope, use the following steps:Place a slide with a coverslip on the microscope's stage.Turn on the light at the microscope's base, or turn the glass disc until you get light to the microscope.Choose the objective lens that you want to use to view your object.Use the coarse adjustment to focus in LOW and MEDIUM power.If you go to HIGH power, use the fine adjustment to focus.If you hold a microscope, hold the arm with one hand and hold the base with your other hand.
When looked at through an electric microscope, it seems as though the wings have fur own them. These are really tiny hair-like fibers. Many insects have these, such as bees- which have more noticable ones.