When light enters a lens or bounces off a mirror of a telescope objective, the converging light rays that hit the top of the objective continue to travel and ultimately form the “bottom†of the image. This means that, looking straight through a Newtonian reflector, or most commercial catadioptric or refracting telescopes without a star diagonal, the image is upside down.
Good
Perfect setting
Sir
Thank you
Wow super dearu
Thanks dear
Vara level akka 👏👏👏👌👌👌👌
Thank you dear
Semma சூப்பர் sis 👍👍
Thank you sis
அருமை, நல்வாழ்த்துகள்!
Thank you
Awesome akka ,Today moon paathingana share pannunga video la
Video shoot panradhukku innum konjam practice vaendum,after that poaduraen dear
sema supera iruku dear 👍👍👍
Thank you dear
Excuse me sir Is it suitable for a beginner astrophotographer?
Yes sir
Orion nebula is no problem its cheap also
😍
Thanks for the video but maybe you could try taking it from another angle. Your arm is blocking the details.
Congrats sis 💐💐💐
Thanks sis
hi sir...why the image turn up side down, tq
When light enters a lens or bounces off a mirror of a telescope objective, the converging light rays that hit the top of the objective continue to travel and ultimately form the “bottom†of the image. This means that, looking straight through a Newtonian reflector, or most commercial catadioptric or refracting telescopes without a star diagonal, the image is upside down.
How do you see? I do not see anything !! Can you help?
First fix the object through the finder scope, then view through lense by adjusting the fine adjustment
New video uploaded today