What are the functions of the base of the microscope?

What are the functions of the base of the microscope?

Base: The bottom of the microscope, used for support Illuminator: A steady light source (110 volts) used in place of a mirror.

What is the function of the arm on the microscope?

Arm. connects to the base and supports the microscope head. It is also used to carry the microscope.

What is the function of the head on a microscope?

Eyepiece (ocular lens) with or without Pointer: The part that is looked through at the top of the compound microscope. Eyepieces typically have a magnification between 5x & 30x. Monocular or Binocular Head: Structural support that holds & connects the eyepieces to the objective lenses.

What are the function of the base and arm of the microscope?

Answer: Base : The base is for the support. It stays at the bottom of the microscope used mainly for support. We can say it is the support mechanism. Arm: Arm connects the head of the microscope to the the base. It supports the microscope head. And this is used for carriage.

What are the functions of the base and the arm of?

The arm holds the tube, containing the optics, along with the eye piece and the focusing mechanisms. It is designed for great strength so, it can also be used as a handle while carrying it. The arm supports the tube and connects it to the base. The base keeps the microscope steady and prevents any unwanted wobble or shaking.

What are the three parts of a microscope?

What are the 3 Basic Parts of a Microscope? The main parts of a microscope are easy to identify: Head: The upper part of the microscope that houses the optical elements of the unit. Base: The bottom of the microscope—what the microscope stands on. Arm: Structural element that connects the head of the microscope to the base.

Which is the upper part of a compound microscope?

Nosepiece: The upper part of a compound microscope that holds the objective lens. Also called a revolving nosepiece or turret. Numerical Aperture (N.A): A measure of the diameter of the aperture compared to the focal length of a lens and ultimately, of the resolving power of a microscope.