You should just go down slowly and carefully because it may crush the lens.
Thats all of my advice to all of you amazing viewers out there. <3
J-DAWG
Don't touch the lens and use the fine adjustment knob instead of the coarse
Because you are at the highest magnification, only turn the fine adjustment knob when you are using the high-powered objective lens, and not the coarse adjustment. Otherwise you risk getting your sample out of focus, and you will probably only be able to refocusby starting with the lowest power objective lens.
A microscope should be stored in low power objective lens because the lens can scratch against the lens.
The lens that you should use to first look at a slide on a microscope is a low power lens then move on to a higher power for more clarity.
The low power or lowest power objective
the high power lens uses a lot of light scorce so it could burn your eyes
Don't touch the lens and use the fine adjustment knob instead of the coarse
Don't break the cover or the glass.
Because you are at the highest magnification, only turn the fine adjustment knob when you are using the high-powered objective lens, and not the coarse adjustment. Otherwise you risk getting your sample out of focus, and you will probably only be able to refocusby starting with the lowest power objective lens.
high-power lens
scanning-40x low-100x high-400x
Ocular Lens (eyepiece) or Stage
The high power objective in a microscope is the largest lens in the microscope.
Take the camera to be repaired. - - - - - A high-power objective lens is part of a microscope. If it touches or breaks the coverslip, immediately notify your teacher who will inspect the instrument.
A microscope should be stored in low power objective lens because the lens can scratch against the lens.
Take the camera to be repaired. - - - - - A high-power objective lens is part of a microscope. If it touches or breaks the coverslip, immediately notify your teacher who will inspect the instrument.
The objective lens is found on the nosepiece of a microscope that ranges from high to low power. It is the lens closest to the object being examined.