Not necessarily. Refracting telescopes can be large, but reflecting telescopes can also be quite large and often have larger apertures due to their design. The size of a telescope depends on its purpose and design specifications rather than whether it is refracting or reflecting.
The shape of the lens means light near the top of the lens is bent down and light near the bottom of the lens is bent up. Somewhere inside the tube the light beams cross, but before they can spread out again the eyepiece lens bends the light beams again and sends them to the eye.
Reflecting telescopes tend to be larger than refracting telescopes because they do not suffer from chromatic aberration, allowing for larger apertures and therefore more light-gathering capability. This makes reflecting telescopes popular for professional observatories and research purposes. Refracting telescopes, on the other hand, are limited in size due to the weight and cost constraints of large glass lenses.
A bigger one.
Get a bigger telescope. Resolution is proportional to the size of the telescope. But due to the atmosphere, there is a practical limit beyond which it makes no difference what the telescope size is.
The image in a refracting telescope appears bigger by the magnification factor provided by the telescope's eyepiece. This is typically around 50-100 times for most amateur telescopes.
binoculars u carry around and can see things bigger telescope see things further microscope see things bigger
Microscope, telescope.
objective lense
"To build a large refracting telescope would require very strong supports to hold large enough lenses. These supports would tend to block out important light. So the refracting telescope is limited in its use. Today most large telescopes are reflecting telescopes." ~ BYU Home Study Astronomy course
A microscope is used to make small things appear bigger.binoculars u carry around and can see things bigger telescope see things further microscope see things biggerwhat
Not necessarily. Refracting telescopes can be large, but reflecting telescopes can also be quite large and often have larger apertures due to their design. The size of a telescope depends on its purpose and design specifications rather than whether it is refracting or reflecting.
If you are comparing the biggest telescopes in each type, that's because a large refracting telescope needs a huge lens, which gets expensive; also, the lens can't be supported, while a mirror can.
Latest data indicates about a thousand, however the bigger the telescope, the better the microscope. Stick around.
The shape of the lens means light near the top of the lens is bent down and light near the bottom of the lens is bent up. Somewhere inside the tube the light beams cross, but before they can spread out again the eyepiece lens bends the light beams again and sends them to the eye.
A refracting telescope uses a series of lenses to magnify the light - like a simple spyglass, or a pair of binoculars. A reflecting telescope uses a concave mirror to gather light, which comes to focus at a point somewhere out in front of the mirror. It is then reflected sideways by another mirror into an eyepiece, which magnifies it. A refractor gives a bigger, but dimmer view of the distant object. A reflector gives a smaller, but brighter view of it.
A microscope uses lenses to magnify and illuminate objects to make them appear brighter and larger. By bending and focusing light, microscopes can reveal details that are not visible to the naked eye.