363772 A certain mass of hydrogen is changed to helium by the process of fusion. The mass defect in fusion reaction is 0.02866 \(u\). The energy liberated per \(u \) is
(given \(1u = 931\,MeV\))

363773 The ratio of the amounts of energy released as a result of the fusion of \(1\;kg\) hydrogen \(\left(E_{1}\right)\) and fission of \(1\;kg\) of \({ }_{92} U^{236}\left(E_{2}\right)\) will be (Given energy released fusion of Hydrogen is \(28\;MeV\) and that released per fission of \(U^{236}\) is \(200\;MeV\))

363774 Inside the sun

363775 An atomic power nuclear reactor can deliver \(300\,MW\). The energy released due to fission of each nucleus of uranium atom \({{\text{U}}^{238}}\) is \(170\,MeV\). The number of uranium atoms fissioned per hour will be

363776 In a nuclear reactor of the function of the moderator is to decrease

363772 A certain mass of hydrogen is changed to helium by the process of fusion. The mass defect in fusion reaction is 0.02866 \(u\). The energy liberated per \(u \) is
(given \(1u = 931\,MeV\))

363773 The ratio of the amounts of energy released as a result of the fusion of \(1\;kg\) hydrogen \(\left(E_{1}\right)\) and fission of \(1\;kg\) of \({ }_{92} U^{236}\left(E_{2}\right)\) will be (Given energy released fusion of Hydrogen is \(28\;MeV\) and that released per fission of \(U^{236}\) is \(200\;MeV\))

363774 Inside the sun

363775 An atomic power nuclear reactor can deliver \(300\,MW\). The energy released due to fission of each nucleus of uranium atom \({{\text{U}}^{238}}\) is \(170\,MeV\). The number of uranium atoms fissioned per hour will be

363776 In a nuclear reactor of the function of the moderator is to decrease

363772 A certain mass of hydrogen is changed to helium by the process of fusion. The mass defect in fusion reaction is 0.02866 \(u\). The energy liberated per \(u \) is
(given \(1u = 931\,MeV\))

363773 The ratio of the amounts of energy released as a result of the fusion of \(1\;kg\) hydrogen \(\left(E_{1}\right)\) and fission of \(1\;kg\) of \({ }_{92} U^{236}\left(E_{2}\right)\) will be (Given energy released fusion of Hydrogen is \(28\;MeV\) and that released per fission of \(U^{236}\) is \(200\;MeV\))

363774 Inside the sun

363775 An atomic power nuclear reactor can deliver \(300\,MW\). The energy released due to fission of each nucleus of uranium atom \({{\text{U}}^{238}}\) is \(170\,MeV\). The number of uranium atoms fissioned per hour will be

363776 In a nuclear reactor of the function of the moderator is to decrease

363772 A certain mass of hydrogen is changed to helium by the process of fusion. The mass defect in fusion reaction is 0.02866 \(u\). The energy liberated per \(u \) is
(given \(1u = 931\,MeV\))

363773 The ratio of the amounts of energy released as a result of the fusion of \(1\;kg\) hydrogen \(\left(E_{1}\right)\) and fission of \(1\;kg\) of \({ }_{92} U^{236}\left(E_{2}\right)\) will be (Given energy released fusion of Hydrogen is \(28\;MeV\) and that released per fission of \(U^{236}\) is \(200\;MeV\))

363774 Inside the sun

363775 An atomic power nuclear reactor can deliver \(300\,MW\). The energy released due to fission of each nucleus of uranium atom \({{\text{U}}^{238}}\) is \(170\,MeV\). The number of uranium atoms fissioned per hour will be

363776 In a nuclear reactor of the function of the moderator is to decrease

363772 A certain mass of hydrogen is changed to helium by the process of fusion. The mass defect in fusion reaction is 0.02866 \(u\). The energy liberated per \(u \) is
(given \(1u = 931\,MeV\))

363773 The ratio of the amounts of energy released as a result of the fusion of \(1\;kg\) hydrogen \(\left(E_{1}\right)\) and fission of \(1\;kg\) of \({ }_{92} U^{236}\left(E_{2}\right)\) will be (Given energy released fusion of Hydrogen is \(28\;MeV\) and that released per fission of \(U^{236}\) is \(200\;MeV\))

363774 Inside the sun

363775 An atomic power nuclear reactor can deliver \(300\,MW\). The energy released due to fission of each nucleus of uranium atom \({{\text{U}}^{238}}\) is \(170\,MeV\). The number of uranium atoms fissioned per hour will be

363776 In a nuclear reactor of the function of the moderator is to decrease