The Physics of Light
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- เผยแพร่เมื่อ 10 ต.ค. 2024
- Made for educational purposes only, free to copy, mirror and use as you wish, no copyright.
This series of videos looking at light, how it acts over distance, how and what we see in different levels of light.
Have made several interactive calculators with GeoGebra.
The amount of light Earth would receive from that reflected light from Planets.
www.geogebra.o...
The light Earth will receive from stars, based on absolute magnitude of stars / Sun.
www.geogebra.o...
Telescope magnification and Light
www.geogebra.o...
Input your telescope specs to find equal brightness levels, magnification , light gathering power.
More coming soon.
No moneys made from videos.
Experiment for you:
Your telescope will focus on an object 10m to 15m away, wait till dark, focus in on a dim object 10m to 15m away, (use a dim torch to illuminate if needed) , look with your eye, then through scope with a 10mm eyepiece. it will be a lot dimmer through scope. Not brighter.
Now, how can that telescope see stars or Neptune to dim to see with the naked eye, if its not making the light brighter?
Excellent, this will definitely help me on a video I am working. Thanks. BTW: Got here watching a video on Taboo Conspiracy's channel.
Nice, we are all here. :D
Changing the world...
Ben sent me. No other way to find our small channels that are speaking the truth buried by YT Algo. I am downloading your videos for preservation!
Im the 1000th sub!!! YAY. Thanks for the lead here Taboo Conspiracy
Well done my friend.
Does the Butter Gun work differently in space? Does zero G do something different to the butter/light particle than on earth? Great videos Kryptonite! I particularly like your content on earth's so called constant velocity through space.
Hi Cris, on my second TH-cam channel your second video translated in Italian language
Have my best
PS I send an e mail three day ago...
dino
Hi Dino many thanks
Looks great
Great work but why is there no transcript available?
should generate one in YT with subtitles
@@KryptonitePhysics I'm trying to stump Google's NotebookLM podcast generator, since the algorithms are stacked against Flat Earth, It needs a rock solid argument. This one seems like it would do the trick. 😎
Just wondering. Using David Weiss's "Sun Fade Out" video, (based on inverse square law) is it possible to calculate the distance to the sun?
Thats a good one,yes working on the sun, using available data, I need actual lux readings of sun at different latitudes.
@@KryptonitePhysics You cannot do that anymore! The Sun is not the same as before, now look like floodlights, 40 y ago I remember it dim yellow and warm = 'replaced' by Sun simulator. Look at NASA patent from 1966 - u will get wrong flux readings.
@@KryptonitePhysics Bro you just need the Moon flux reading and the distance is the same as of the Sun's. Can you do Moon flux readings? I don't know what tehy are doing with the Sun but its not the same as before! It shines more brightly and as some floodlights on a stadium as Imentioned in my previous comment so maybe better to do the Moon readings?!
@@outlawedTV88 Once this is finished will look more in-depth to the moon and sun, already done some work on them, its hard to get reliable data, do have some on each of them. Got one more video to do for this 7 video series, going to be a few weeks to do tough.
@@KryptonitePhysics Yes I know, I own a channel too and I know how long it takes to put this all together. Really thank you for your time and patience, this is a lot of work making those vids, I know.
I have some very interesting theories we might talk sometime if you are up to!
Also I have found in occult teachings that the Moon and Sun are the same size - exactly 33 miles in diameter.
Genesis remains undefeated
Phil Collins is a little overrated if you ask me...
@evankress8038 no way.
Wondering how tall the lighthouse would need to be so that the light could be see from 43 miles distant? I suppose we will get to that….
inverse sq law shows it will not be visible, its on record a being seen that far away
it doesnt need to be high at all - you can zoom it in with P-1000, evidence on my channel with the windmills, 100 miles away, across Irish sea
@@outlawedTV88 but, but, but what about the globe?? What about curvature? What about refraction? What about the TRUTH?
@@gs1100ed but, but....bollocks! :D