Production of X Rays

SucceedLEARN is a product of Succeed Technologies®, a dynamic organization that aims to revolutionize how people learn online and simplify Compliance eLearning for organizations across the globe. Our rich experience in corporate training, adult learning principles, instructional design, and exposure to different industries has helped us create a learning platform and courses that are engaging, and impactful. We ensure a fun-filled learning experience for the learners with the usage of enriching visuals created using 2D & 3D technologies and gamified interactivities.
We help organizations achieve more than just compliance with our intuitive, state-of-the-art enterprise-class learning portal that simplifies your organization’s compliance training requirement. We have a catalog of curated ready-made courses for the most in-demand compliance training. With flexible customization and translations of the courses to more than 30 different languages, we will ensure your organization’s unique learning needs are met.
#compliance_training #succeedlearn #learning_made_easy_and_fun
SucceedLEARN CZcams community: / succeedlearn
Subscribe to our CZcams channel: / succeedlearn
See it to believe it.
To know more, book a personalized demo here - www.succeedlearn.com/contact#...
Happy learning!

[@user-qh6ge6py4o]

Thank you!I finaly understandet how an X ray tube works!Thank you for making it more simplified!

[@kamehameha6495]

Thanks for the info... Now I can hit my friend with x-rays and mutate them lol

[@tarellflemmingstrachan8413]

Haha 😂

[@abi3751]

Bro😂

[@kunsangbhuti1325]

Really informative... thanks 😊 🙏

[@woutmoerman711]

Thanks for this video, very illustrative. I see one mistake, the angled target doesn't create photons in a 90 degree angle but in all directions. The angle of the target (anode) is to minimize the absorption by the anode material, maximizing the photon output in the required direction. Otherwise the maximum photon output would be directed to the filament.

[@duchoang1074]

You guys should make more Physic video experiments!!!! I love it!

[@suhailasaba1051]

1:36
High Potential (20KV) could not be produced by a battery.
The large battery is only used to represent the high voltage to show that high DC voltage is used.

[@kristyanne719]

With enough batteries.

[@prakhargupta2960]

Correct. At that time batteries weren't used for that high voltages. They used other devices like transformers etc.

[@xray_prof]

The direction of x-ray propagation is not influenced by the target angle. The angle of the target is used to control the size of the effective focal spot.

[@BenjaminJosefChainZ]

Nice instructive video

[@muhammadfarhad4650]

wow its the most acceptable explanation through technology thanks medam thanks

[@RamyFouad]

Thanks a lot!

[@allclasses-arundutt6618]

Superb video.

[@chandrankn1100]

Nice...,,👌

[@dawaishsherazi5264]

How the pressure is maintained?

[@ramangill8745]

Every line is matching with my book theory ...
Thank you so much

[@muhammadahmadkhan3304]

Thanks !

[@ApsKiDuniya]

nice information

[@thieuthay3918]

very useful

[@prakashchandrapoorvi2266]

Good one

[@alnajaatstones2687]

Great work.😚😚😚😚

[@abdihafitabdi3144]

amazing video

[@SK10152]

What is the wattage of an x-ray tube?

[@sucharithannagarajan8257]

Neat! Thank you.

[@mrdilligaf1968]

Now i know how my radiotherapy works. Cheers for that

[@manipulativer]

So x rays are more of a nucleus resonant frequency, while light is the electron shell resonant frequency and wi-fi is molecular resonant frequency. Now to learn what gamma rays are

[@PerloveRobot]

That's amazing.

[@kamalpal446]

what is x-ray produce angle ?

[@alijafari6933]

thanks so much for this.

[@snehamayeebehera787]

Nice explanation mam....

[@salehinthedark7585]

very helpful

[@m4lev0lentdem0nknightamv5]

found it very useful

[@antigen4]

wow is that like a NEW element? Melindenum?? :P

[@lampardiphosphorous856]

Lol

[@karlschauff7989]

Yes discovered on the island of Stability in the south pacific.

[@rubayetalam8759]

molybdenum, google it

[@NeerajKrGupta-ys2ey]

That's molybdenum, you need to search it

[@glennpinto206]

:P

[@sathvikmalgikar2842]

nice thank you

[@pavelhuy9607]

cooooooooooool

[@ruetahmad]

Thanks a lot

[@kumarraj565]

superrrrrrrrrrrrrrrrrr

[@scientificjony3462]

ossam it is very helpful for lerning!

[@theamcstudio.86kviews.1hou6]

What kind of software using to edit video

[@manojkrishna6180]

Wonderful explanation 🙂🙂

[@chemistryClass182]

Sir which software have you used for making this video

[@teddrickrhodes9063]

OpenGL is always a good one if you know some parametric graphics programming in C/C++ or Java. But that one may be ancient.

[@numbolokenshindo1727]

I think they must have used a software similar to AutoCAD to design the apparatus and lab setup in 3D, making the entire explanation look so awesome.

[@umknown2239]

Damn good 👌👌👍

[@SabirKhan-ue6wu]

Wow, great, keep it up.

[@prasadvyssery1997]

Thanks

[@alifurkankamanl2433]

Can we use this video on a lecture project with the reference?

[@ker0lsemad434]

how was your lecture sir

[@williamsoriano4557]

I have a medallion of w,c, roentgen 1895-1995,,,asking if any one know its value??many tnx

[@kat-ck3qz]

this is cool

[@seetaramyadav4456]

Thank you so much

[@vicentevieira7731]

If we were to increase the current of electrons to a very high level could we produce gamma rays?

[@joshualogan6655]

No, you can't produce gamma radiation in x-ray tube.

[@joshualogan6655]

@Keeper Holderson Because Gamma rays originate from the settling process of an excited nucleus of a radionuclide after it undergoes radioactive decay whereas X-rays are produced when electrons strike a target or when electrons rearrange within an atom.

[@joshualogan6655]

@Keeper Holderson It does. For gamma radiation you need radionuclide.

[@rabiatariq3770]

Speed of electron ka btaye

[@miftahulrespati]

Hi, can i use this video for my school video project? Thanks in advance

[@honeybadger55]

Gone crazy

[@ajwanisiddhant]

Yeah why not of course u can use it

[@liendatt8347]

And how exactly is the kinetic energy converted to x-ray?

[@e1woqf]

en.wikipedia.org/wiki/Bremsstrahlung

[@tenkarapop383]

as the moving electron hits the tungsten anode, it rapidly decelerates. this rapid deceleration causes the kinetic energy of the electron to be converted into heat and x-ray photons. 🤙

[@fongodjerome3532]

Change in energy levels photons are release the by producing alpha beta gamar ray

[@Rid-E]

*Molyndenum?*

[@telepfirma89]

Vrlo dobro objasnjeno❤❤❤ ali imam pitanje kako glasi 2 postulat 3 Gregovog zakona na 72 strani u udzbeniku fizika i ja 4 od kleta

[@hdhwkq]

Oky after that then u expose to and object through it then it will create pattern outside wow xool

[@Shaun.murphy]

شني ماكو طلاب سادس هنا؟

[@kavikavi9673]

All 12 th std oriented videos very useful for us. So all topics video are given

[@NoorAli-bx1ch]

فدشي 👍

[@robertsweet5212]

Unfortunately it is an inefficient process with most of the input energy going into heating the anode, thereby requiring it to be cooled. Only a few percent of the energy appears as X rays.

[@AdrienBurg]

about 95% is lost so it really is inefficient yes

[@ruestradae9073]

I would really like to get the option of having Subtitles in Spanish

[@nuteivuite12]

Sirin en ru a tia😅

[@maxpercer7119]

what is a low tension battery

[@user-zq5do3ph7z]

يا جدعان اللي جاي من كتاب الوافي يحط لايك

[@gopeshyadav1316]

Mujhe sunane me kathin lag raja hai

[@64etto]

Compton effect

[@FBWUniverseMode]

The Compton effect needs a wave of electromagnetic radiation (hv)
I believe this is just the blocking mechanism? Where an electron marches next to another atom-associated electron which causes a decrease in KE and that loss of velocity becomes am X Ray (hv= KE1 - KE2)

[@manibitra0099]

Tq

[@JohnJohn-gy2st]

Hello 600

[@ih4827]

شونهم طلاب السادس 😂🐸

[@geetanjalishaligram2021]

How many JEE students here?

[@user-ts8rp7wy2n]

Guariscimi le malattie internazionali e italiane e Swiss e Israele e americane sono Biagio di balsamo e famiglia e vieni avanti a benedirmi le 3 case in cui abitiamo noi di balsamo e famiglia

[@lorenzoemanueletomasello215]

Thanks!