Nuclear Binding Energy tutorial (Post 16 physics)

Показать описание

Did you know that the mass of all the protons and neutrons in an element is HEAVIER than the mass of the element on its own? This video shows you how to calculate the binding energy from the mass defect, and talks about the binding energy per nucleon and how it relates to nuclear stability and fusion and fission.

Рекомендации по теме

Комментарии

The most clear, concise and well-illustrated explanation I've seen since being intrigued by John McPhee's book. Thank you.

jcajacob

The graph at the end was a lifesaver. Never understood why fission and fusion both released energy

bobbob

What can I say... simply and brilliant explained. You have a teacher’s DNA.

nicu_danciu

Great video. The quality of your video is much higher than what I’m getting in my masters degree. Well done my friend! 👍

JohnRMTurner

Your voice makes me remember Thank you....

europa

A very good and crystall clear Idea of binding energy illustrated in this Video

googleummy

Very Good Video.Thanks.Greatly Explained.

ravitanwani

thank you so much for the effort and especially for taking the time to walk through all the units!!!

victoriacorcimaru

the graph is very helpful to understand this material.

jamesrobertson

Thank you for the explanation. You did an awesome job.

Sahanie

sufficient explanation to understand binding energy.

crystalconceptshubham

Very nice video now I understood the concept

Eateasy

Do we know the reason that small elements realease energy when fused, but large elements release when the break apart. You explained clearly that they do, but not the reason they do.

jasonwiley

Very nicely explained! Thanks a lot!!!

divyasharma

If He-2 exists it would be clear that the binding force (aka residual strong force) is stronger than the em repuslive force. How much stronger or weaker is it? The strong force inside the nucleons is approx. 137 times stronger than the em force.

jasonwiley

Wouldn't the work required to split the nucleons apart be equal to the energy holding them together by the strong force? Where does the extra mass of the nucleons on their own come in?

jas

Thank you very much please l ask howmuch is the binding energy of hydrogen nucluse ?

AliAli-ynks

Thank you for a great explanation and images. (physics teacher)

honroub

very very good video. thanks to you. lot helpful.

mainakmukherjee

why is it that a higher binding energy per nucleon mean that energy is released?

aesthet

Nuclear Binding Energy tutorial (Post 16 physics)

Nuclear Binding Energy tutorial (Post 16 physics)

Nuclear Binding Energy Per Nucleon & Mass Defect Problems - Nuclear Chemistry

Binding energy graph | Nuclei | Physics | Khan Academy

Fe Isotopes and nuclear binding Energy

Binding Energy - A-level Physics

A 'cheatsheet' on Binding Energy in nuclear physics

Nuclear binding energy Explained

AP Physics 2 Nuclear - Binding Energy Example

GCE A Level Physics | Energy Released in Nuclear Reactions (Binding Energy Method) | Nuclear Physics

20.5 Energy of Nuclear Reactions & Nuclear Binding Energy | General Chemistry

Calculation of the nuclear binding energy and mass defect

Nuclear Mass & Binding Energy

20.5 Energy of Nuclear Reactions and Nuclear Binding Energy

C.3 Nuclear binding energy (SL)

Mass Defect and Binding Energy - A Level Physics

Nuclear Binding Energy of Cl-37

Nuclear binding energy | Nuclear Physics | meriSTEM

What is Nuclear Binding Energy? (and BE per nucleon curve)

Binding Energy per Nucleon and Stability - IB Physics

11 years later ❤️ @shrads

Most💯 Important Step Before any Procedure 🔥

Binding Energy

How to eat Roti #SSB #SSB Preparation #Defence #Army #Best Defence Academy #OLQ

Mass defect and binding energy | Nuclear chemistry | Chemistry | Khan Academy