The Binding Energy Energies Of Deuteron and -particle are 1.112 And 7.07 MeV/nucleon Respectively. Find Out In The process , State Whether Energy Is Supplied Or Liberated And How Much?

Why Kaysons ?

Video lectures

Access over 500+ hours of video lectures 24*7, covering complete syllabus for JEE preparation.

Online Support

Practice over 30000+ questions starting from basic level to JEE advance level.

Live Doubt Clearing Session

Ask your doubts live everyday Join our live doubt clearing session conducted by our experts.

National Mock Tests

Give tests to analyze your progress and evaluate where you stand in terms of your JEE preparation.

Organized Learning

Proper planning to complete syllabus is the key to get a decent rank in JEE.

Test Series/Daily assignments

Give tests to analyze your progress and evaluate where you stand in terms of your JEE preparation.

SPEAK TO COUNSELLOR ? CLICK HERE

Download JEE Question paper & Solution Download JEE Important questions Download Complete syllabus of Maths, Physics, Chemistry

Question

The binding energy energies of deuteron and -particle are 1.112 and 7.07 MeV/nucleon respectively. Find out in the process , state whether energy is supplied or liberated and how much?

easy

Solution

Correct option is

23.8 MeV

Let us consider the nuclear reaction :

Deuteron has 2 nucleons. So, binding energy of deuteron

has 4 nucleons. So, binding energy of is

Thus, , in comparison to , has more binding energy. So, 23.8 MeV energy will be liberated in this process.

Download JEE Question paper & Solution Download JEE Important questions Download Complete syllabus of Maths, Physics, Chemistry

SIMILAR QUESTIONS

An electron and its antiparticle are annihilated after collision. How much energy will be obtained? What will be the wavelength of the emitted radiation (energy)? (Mass of electron , speed of light and Planck’s constant )

medium View solution

A 1-MeV positron collides head-on with a 1-MeV electron and they are annihilated, producing -rays. Compute total energy of the resulting -rays and their wavelength.Given : rest mass of electron or positron = 0.000549 u, .

medium View solution

A neutron breaks into a photon , an electron and antineutrino . Calculate the energy released in this process in MeV. Given : mass of electron , mass of proton , mass of neutron .

easy View solution

A neutron is absorbed by a nucleus with subsequent emission of an -particle. Write the corresponding nuclear reaction and calculate the energy released in the reaction.

Given,

medium View solution

Calculate the binding energy of an -particle in MeV. The masses of proton, neutron and -particle are 1.00728, 1.00867 and 4.00151 urespectively.

medium View solution

Calculate the binding energy of a deuteron in MeV.Given : mass of neutron = 1.008665 u, mass of hydrogen atom , mass of deuterium atoms .

easy View solution

Calculate the binding energy of a nitrogen nucleus in MeV. Given : mass of hydrogen atom = 1.00783 u, mass of

neutron = 1.00867 u and mass of nitrogen atom . Take 1 u = 931.5 MeV/c².

easy View solution

Calculate the binding energy per nucleon of carbon nucleus. Given : mass of carbon atom = 12.00000 u, mass of proton = 1.00867 u, mass of electron = 1.00055 u. The energy equivalent of 1 u is 931.5 MeV.

medium View solution

Calculate the binding energy per nucleon of the nuclei of . Given :mass of hydrogen atom = 1.007825 u, mass of neutron = 1.008665 u, mass of atom = 55.934939 u, mass of atom = 208.980388u and . Which nucleus is more stable?

medium View solution

Q10

A heavy nucleus X of mass number A = 240 and binding energy per nucleon = 7.6 MeV is split into two nearly equal fragments Y and Z of mass numbers A₁ = 110 and A₂ = 130. The binding energy of each one of these nuclei is 8.5 MeV per nucleon. Calculate the total binding energy of each of the nuclei X, Y and Z, and hence the energy Q released per fission in MeV.

easy View solution