Student Microscope Resources

A Beginner’s Guide to the Use and Care of Student Microscopes

Using the student microscope may start as a complicated endeavour for beginners like students or children. However, if they keep these guidelines in mind, they will find experimenting using microscopes fun as well as educational. A few lessons about the care and use of the student microscope is in order for the beginning microscopist. With proper care, the optical qualities of a student’s microscopy equipment should be retained for many years.

* Keep the student microscope clean and in good working condition. See to it that the accessories and parts of the microscope kit are well-organized so that it wouldn’t be hard to look for something in the middle of work.
* When carrying or transporting a student microscope, pick it up by the frame, or often the back vertical arm of a compound microscope. Never use the part which has the microscope stage or head.
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Air Bubbles and Fish Scales under Student Microscopes

Examining air bubbles under student microscopes can be a science microscope activity that can be enjoyed by both teachers and students. We will be using a high power student microscope for this microscope activity.A high power microscope is a type that is often called a compound microscope. It has three or four objectives and either one or two eyetubes for viewing the biological specimens on prepared slides. A single eyetube type is called a monocular, while a double eyetube type is called a binocular. read more

How to Use Student Microscopes

A microscope’s longevity relies on the user’s knowledge of its proper use and care. Even though we may not be a microscopist, at least we can take care of our high power or low power student microscope by knowing how to use it appropriately. We will also get more enjoyment out of using the student microscope for activities and experiments when we know how to operate it properly. It is advisable to set up the student microscope on a large worktable. A large area is needed to provide space for the necessary tools, accessories, and equipment that are related with the student microscope activity, such as for preparing, staining or drawing the samples. Only the necessary tools must be on the table; those which are not really needed for the job at hand will only clutter the space and confuse the work. read more

Looking at Pond Water under a Student Microscope

You may not know it, but there is a lot more life that thrives in pond waters than just the fish and plants that you see. If we look at the water, scooped up from ponds or spring pools, using a scientific student microscope, we will see lots of living microscopic activity that we never thought of. This microscope activity can be done by teachers and students alike. Kids and children can also do this at home with their parents for an exciting educational activity.
The materials that are needed aside from the student high power compound light microscope are a clean bottle or jar and a medicine dropper. The next thing needed to be done is to look for a pond or maybe a spring pools. If that can’t be found, maybe look for rainwater that has been sitting for a long time and has breeded a host of microscopic animals. read more

Parts of a Student Compound Microscope

What is a student compound microscope and what comprises the parts and functions? We will review the answers to this question in this article. A compound microscope has two or more lenses, thus the word “compound”, as it refers to compounding the magnification. The microscope eyepiece or ocular lens is the lens at the top on which your eye looks through. It makes the images from the objective lenses appear larger. These ocular lenses can generally magnify an image up to 10 or 15 times. The most common eyepiece is the 10x version. Holding the eyepiece is the body tube, the long tube that also acts as its support. The body tube is divided into the tube proper and the draw-tube. The draw-tube is the inner cylinder that increases or decreases the magnification of the object by varying the distance between the eyepiece and the objective cylinder. The body tube also carries the nosepiece and the objective lenses. read more