BINDING ENERGY per NUCLEON - Graph || in HINDI

In this Physics video in Hindi we discussed on the graph of Binding energy per nucleon to mass number.
The more the binding energy per nucleon of a nucleus more stable that is.
Iron nucleus is the most stable as its binding energy per nucleus is the highest.
The larger as well as the smaller nuclei are having less stability. So to gain more stability, the smaller nuclei adds up to form larger nucleus in the process called fusion and the larger nucleus breaks down into smaller ones in the process called fission.

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[@balajiadmile496]

when this binding energy released we get photon i.e basic building block of em spectrum so this happens on sun we get visible part (light) of em spectrum so i.e why we are able to see any object right hai na sir i am big fan of u and ur concepts it helps me lot it changes my perspective towards science

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Kam stability se zyada stability ki taraf jata hai hmara universes b stability consume krne k liye zyada unstable hota ja rha hai yani iski entropy barh rhi h lkn Mera swal hai ki " phir law of conservation k kya "?? Vo to kahte hn sb universe ki energy conservation men h to stability aur instability k kya mtlb ???

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All Doubts is clear

[@eliyafatima]

Who really pause the video at 5:15

[@madhusmitaswain9321]

Sir .. Binding energy is positive or negative? If the binding energy is negative then why we take binding energy per nucleon along +ve y axix?

[@mastergaming6061]

Binding energy is negative ....may be becoz the Negative sign here signifies that the forces in btw the nucleons r attractive ....so may be we r just considering the magnitude of the force ....

[@adilshaikh5298]

Binding energy may be positive or negative.... If binding energy is negative then (in physics) it means that energy is absorbed that means it is an endothermic process... But if binding energy is positive then (in physics) it means that energy is released during the process that means it is and exothermic process.... We can choose axis as per our convenience here because we r considering the magnitude of binding energy for explaining the graph.

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Mindblowing

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Sir biology oor chemestry le liye bhi kisi teacher ko rakhiay plz.

[@eduvigyanindia]

Sir you said that if we add 1 nucleon to nucleus of an atom its binding energy per nucleon will increase how sir but if we add 1 nucleon to nucleus of an atom obviously its mass no.(A) Is going to increase but you said that binding energy per nucleon = Binding energy/mass no. (A) or E(bn)=E(b)/A which means E(bn) is inversely proportional to mass no.(A) if mass no.(A) Is increased then binding energy per nuclon will decrease how ? Sir please 🙏 😢 tell how it is possible

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Sabash

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Please discuss about the magic no in the binding energy curve i details...

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why teachers made it complicated and boring? Actually they know science but they don't know good teaching .

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[@rks362]

Sir u didn't talk about the packing fraction. Also why the packing fraction is positive for some nuclei and negative for the others. How the packing fraction is related to the stability of a nucleus.

[@gangeshjha9962]

Thank you so much sir

[@AKASHKUMAR-sb1mc]

Universe starting me unstable rahata hai hai,aur uske baad stable hota hai aur phir unstable hone lagta hai aur may be aise hi chlte rhta hai

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[@nabarajbaral2186]

Nuclear binding energy is the minimum energy that is required to disassemble the nucleus of an atom into its constituent protons and neutrons, known collectively as nucleons. The binding energy is always a positive number, as the nucleus must gain energy for the nucleons to move apart from each other. Nucleons are attracted to each other by the strong nuclear force. The mass of an atomic nucleus is less than the sum of the individual masses of the free constituent protons and neutrons. The difference in mass can be calculated by the Einstein equation, E=mc2, where E is the nuclear binding energy, c is the speed of light, and m is the difference in mass. This 'missing mass' is known as the mass defect, and represents the energy that was released when the nucleus was formed.[1] The term "nuclear binding energy" may also refer to the energy balance in processes in which the nucleus splits into fragments composed of more than one nucleon. If new binding energy is available when light nuclei fuse (nuclear fusion), or when heavy nuclei split (nuclear fission), either process can result in release of this binding energy. This energy may be made available as nuclear energy and can be used to produce electricity, as in nuclear power, or in a nuclear weapon. When a large nucleus splits into pieces, excess energy is emitted as gamma rays and the kinetic energy of various ejected particles (nuclear fission products). These nuclear binding energies and forces are on the order of one million times greater than the electron binding energies of light atoms like hydrogen.[2]

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Bhetreen

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sir iron ki binding energy se jada Nickel ki hoti h na ???

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Sir energy heavy atoms k andr nucleons k increase hone se chahe kam(a bit) increase hoti he lkn graph to show kr rha he k Fe k bad decrease ho rhi he

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Is binding energy depend upon the number of nucleons?

[@Sanaullah-v5u]

Absolutely not! If it depends then large nuclie must have high binding energy per nucleon.

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Thanks sir

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Tysm sir

[@adarshyadav8802]

9:00 to next 15 sec If total P.E of -ve charge is converted into K.E then why dont -ve charge stays at one position ....its better to stay at one position then running Is there some additional profit of K.E OVER P.E?? ANYONE PLZZ REPAY

[@drstrange853]

There is a natural tendency of a positive charge to attract negative charge so it can't stop itself from losing its potential energy...

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Nyc sir...

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Sir nuclear forces and nuclear binding energy me kya differance h

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মজা

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How can one dislike this video

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Thxs sir

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Time crisis.....

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How do you make 🎥 video like this

[@sumangupta8293]

Sir 'An' se 'U' jaane me binding energy nhi badh rhi (km range ki vajah se) to km kyu ho rhi h! Equal kyu nahi h ?? Plz reply!

[@geetagwari1246]

Bhai Binding energy pernucleon is indirecrly proportional to the mass number. Since mass mumber is increasing when moving from An to U. Hence binding energy pernucleon is increasing and since binding energy is directly proportional to binding energy per nucleon . Therefor binding energy also increases. I hope its clear to you.👍👍👍

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This type is more suitable for me.