How do light microscopes work?
Light microscopes use an electron beam to create an image of a specimen.
Light microscopes use a combination of light and lenses to magnify a specimen.***
Light microscopes use a tiny tip that traces a specimen, enlarging it.
Light microscopes use laser light to scan a specimen and send data to a computer to create an image.
The Answers are
1.A
2.C
3.A
4.D
5.B
Trust me there 100%
^^^^^^^^^^^^^^
He is right
Thnaks!
SID.V IS 100% CORRECT!!
Sid.V IS 100% correct :)
I agree.
Except that the image is magnified, not the actual specimen!
They are correct but I put in C not D haha
Thanks for the answers!
The correct answer is: Light microscopes use a combination of light and lenses to magnify a specimen.
When it comes to light microscopes, they work by using visible light and a series of lenses to magnify the image of a specimen. Here's a step-by-step explanation of how they work:
1. Light Source: A light source, such as a lamp or an LED, emits visible light.
2. Condenser Lens: The light from the source passes through the condenser lens, which focuses and concentrates the light onto the specimen.
3. Specimen: The specimen, which can be a thin slice of tissue, a glass slide with microorganisms, or any other object to be observed, is placed under the microscope's stage.
4. Objective Lens: The light that passes through the specimen then enters the objective lens, which is located near the specimen. The objective lens further magnifies the image and focuses it onto the intermediate image plane.
5. Intermediate Image Plane: At this plane, an inverted and magnified real image of the specimen is formed.
6. Eyepiece Lens: The real image formed at the intermediate image plane is then magnified and projected through the eyepiece lens, which is where the viewer looks through. The eyepiece lens focuses the image on the viewer's eye, making it appear larger.
7. Viewing the Image: As you look through the eyepiece, you see an enlarged and magnified image of the specimen. By adjusting the focus and interchanging objective lenses with different magnification powers, you can further enhance the detail and clarity of the image.
It's important to note that light microscopes have limitations in terms of the resolution or the level of detail that can be observed. They are typically used for viewing cells, organisms, tissues, and other larger biological specimens. For higher resolution and greater magnification, electron microscopes are used.