Your sound track is annoying and distracting. It makes it much harder to hear what you are saying. I'm not watching your video to be entertained. I'm watching it to learn something. Have you ever been in a classroom that has music playing during a lecture?
If the focus (point) is exactly on the sensor, then there is NO IMAGE. The focus (point) needs to be in between the lens and the sensor. Basic optical principle of physics.
If you mean the distance between the lens and the sensor must be *greater* than the *focal length* of the lens, you are correct. In other words, light coming in in parallel must be focused somewhere between the lens and the sensor. However, light coming in from *the object* that is intended to be "in focus" DOES focus exactly on the sensor. I think this is what the uploader meant.
But do mirrorless cameras have a shutter with blades like DSLRs? Or is it electronic? The fact that the ring is infinitely rotatable and not visible as with DSLRs makes me doubt.
If you can reduce the volume of the BG music, that would be nice. 🙂
Your sound track is annoying and distracting. It makes it much harder to hear what you are saying. I'm not watching your video to be entertained. I'm watching it to learn something. Have you ever been in a classroom that has music playing during a lecture?
It's just like 2015 RUclips lol
Yes brother we want in depth video on lens's.....
how much did you spend on stock footage to make this
Wow, what a great explanation 🎉
Yes need an in-depth video on lenses
very beautiful explanation sir
Glad that you enjoyed.
Very nice! Just please avoid music in the future
Excellent video, thank you for putting this up.
Glad you enjoyed it!
Great video exactly what I was looking for
Glad you liked it!
In-depth mechanism please
If the focus (point) is exactly on the sensor, then there is NO IMAGE. The focus (point) needs to be in between the lens and the sensor. Basic optical principle of physics.
If you mean the distance between the lens and the sensor must be *greater* than the *focal length* of the lens, you are correct. In other words, light coming in in parallel must be focused somewhere between the lens and the sensor.
However, light coming in from *the object* that is intended to be "in focus" DOES focus exactly on the sensor. I think this is what the uploader meant.
But do mirrorless cameras have a shutter with blades like DSLRs? Or is it electronic? The fact that the ring is infinitely rotatable and not visible as with DSLRs makes me doubt.
More in depth please
Great content. Great content quality
Much appreciated
Hey man this is awesome. I got the clear idea about lenses
Glad it helped!
We want more please
Good job bro
Yes
Hey kitty 😺
Please stick to the topic. No drama needed. You would make a lousy film director. Your video is 20 percent knowledge and 80 percent distraction.
your explanation on focus mechanism is completely wrong
how so?
Nice video
Dont wear some tooth braces ..foof