A specimen being viewed under a microscope should be thin so that light can pass through the specimen. The thinner it is the brighter it will be. A thick specimen will block the light and all you'll get is a dark grey image.
Also, more detail can be seen in a thin specimen because there will not be parts in front of each other, blocking the view.
It is inverted .
To see them better
Because light must pass through it.
specimen observed
They must be preserved and dehydrated. Once this is accomplished, put the specimen onto a slide, and then the slide is ready to be viewed under the microscope.
b
It is inverted .
To see them better
Because light must pass through it.
Light microscope works because light goes *through* your specimen. So if the specimen is too thick, then light won't shine through, and you won't see anything.
They must be preserved and dehydrated. Once this is accomplished, put the specimen onto a slide, and then the slide is ready to be viewed under the microscope.
They must be preserved and dehydrated. Once this is accomplished, put the specimen onto a slide, and then the slide is ready to be viewed under the microscope.
The scientist examined the specimen under the microscope.
specimen observed
They must be preserved and dehydrated. Once this is accomplished, put the specimen onto a slide, and then the slide is ready to be viewed under the microscope.
Once the fluorescent antibodies have attached themselves to the measles antigens in the specimen, the specimen can be viewed under a special microscope to verify the presence of measles virus.
a SPECIMEN