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BETA Plus DECAY and My Model for PROTON and NEUTRON BETA PLUS DECAY: When energy is added to an unstable NUCLEAS , a PROTON and ELECTRON combine to build a NEUTRON. Then it releases a POSITRON and NEUTRINO. BUT where did the POSITRON come from? No one seems to know. This model may explain it, while fitting into my larger model outlined elsewhere. BACKGROUND of MY MODEL Proton = two positrons and one electron. Charge +1. Neutron = one proton plus an added electron. Charge 0. BETA PLUS DECAY: see drawing. Start with an unstable PROTON Then add ENERGY from virtual particles containing both an electron and positron. The ELECTRON combines with the PROTON TO make a NEUTRON. The remaining POSITRON is released with a neutrino. This works in reverse for an unstable NEUTRON in BETA MINUS DECAY. This answers where the missing positron comes from in beta plus decay. This answers why a neutron breaks down into a proton and electron. This explains electron capture, where an electron and proton make a neutron.

ugh BEST video. Really helped my understanding of what a focal point is thank you

Amazing! Thank you for this❤

thx for explaining, i understand it now! hope i get a good grade 👍

thanks for the video!

Legend

thanks a lot !!

also do the ultraviolet lights cause sunburn and tanning (talking about the party ultraviolet lights that make things glow)

where can i buy an infrared light that is an infrared light and not made for a heatlight, but made more like a black/ultraviolet lightbulb is made? what happens if plugin an ultraviolet light and a infrared light? dont see any answer but a shard on wikipedia with no textures :(.

Works for me I'm just lost on why

❤ Fantastic ... completes light information...I'll make a band light tattoo....

This explained how to find focal point better than any other video I tried watching. THANK YOU.

Yesterday, I discovered that one of my digital camera sensor is sensitive to the infrared light passing through my 720nm filter but is not sensitive to infrared light passing through my 950nm infrared filter.

@3:34 You refer to pure yellow light. I assume you are referring to light that falls within the 565-590nm range and not light that is a mixture of 625-750nm red light and 500-565nm green light. Since humans only have RGB cones in our retina, are we able to see pure yellow light or do we only see the red/green mixture? Also, do those rare humans who also have yellow cones, see pure yellow?

Thank you so much Love from Pakistan 🇵🇰

Can infrared pick up ultraviolet. Also can speed cameras IR pick up UV? night or day

This was excellent and very helpful. Bedankt 🙏🏻🇳🇱

A very intresting video, i knew there was a someone out there that could explain this, Thank you so much.

THIS WAS GREAT it gave me a good amount of background info that just made so much sense bc I had a lab about lenses in my physics class and I didn’t not know the basics until now

Very good video. Clear and simple explanation. Your questions and the way you explain it make it very easy to understand the theory.thank you.

Dude keep going since years ago we come here from 9gag 🤝

Did not know that magenta does not exist. Thank you.

Amazing! Good information!!

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what is the difference measured between the focal point normal light in a camera and infrared light ?

Thanks- super useful!

Thanks ❤

Since I'm electrically sensitive I have tried to learn about the EM spectrum. Most curious to me is that some wavelengths torture me and some feel great... like far infrared saunas and sunshine have a positive reaction. Cell towers are another story. Your video is spectacular. In all my studies I had "blocks." No blocks here!

THANK YOU!!!!!

love you

Excellently and confidently explained. Thanks

There is no kinetic energy in a moving mass there is force Mv squared kinetic energy is the energy of consistent work from a consistent force regards Graham Flowers

absolutely amazing content my brother in christ... please keep the videos coming

nicely explained, good work

0:25 Even all light that isn't originating normal to the optical center? any light from any angle isn't bent?

thank you needed this extra help!

Awesome video really helped me clear up some things 🙏🏽🙏🏽🙏🏽

Thanks PhysicsPlace ~ You are helping a lot of students out there! 💪♥💪

i'm so happy i watched this video, it helped me so much with the basic knowledge beside skimming thru the textbook. absolutely loving it!

Clear explanation in short period thank you so much, Cheers

Thanku so much sir for this video .....this sure helped me for my exams .....

I would just say Thanks a lot...This is the best video I have seen till now ......me n my friends are having problems in this topic n this cleared all my doubts even though I am not good in physics......so ofc I am prescribing this video to them .....again thanks a lot ... keep up thr good work n thanks for helping us .....I have an exam on Monday ....

Well explained

this was so helpfull thank you so much!!

this was incredibly helpful thank you

Thank You!