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State any five properties of radioactive element. Write down four main differences between artificial and natural radioactivity. In a nuclear reaction, a neutron transforms into a proton by releasing a beta in° →ip¹ + oe-1 . Determine the amount of energy released particle as follows: during this reaction, in MeV. Show that the nuclear density is constant for all nuclei. Explain nuclear fission from the binding energy curve 25

State any five properties of radioactive element. Write down four main differences between artificial and natural radioactivity. In a nuclear reaction, a neutron transforms into a proton by releasing a beta in° →ip¹ + oe-1 . Determine the amount of energy released particle as follows: during this reaction, in MeV. Show that the nuclear density is constant for all nuclei. Explain nuclear fission from the binding energy curve 25

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08:45 Done State any five properties of radioactive element. Write down four main differences between artificial and natural radioactivity. In a nuclear reaction, a neutron transforms into a proton by releasing a beta inº → 1p¹ + oe-¹ particle as follows: during this reaction, in MeV. Show that the nuclear density is constant for all nuclei. 5 Explain nuclear fission from the binding energy curve и N . Determine the amount of energy released 4G 杯 n 1
Transcribed Image Text:08:45 Done State any five properties of radioactive element. Write down four main differences between artificial and natural radioactivity. In a nuclear reaction, a neutron transforms into a proton by releasing a beta inº → 1p¹ + oe-¹ particle as follows: during this reaction, in MeV. Show that the nuclear density is constant for all nuclei. 5 Explain nuclear fission from the binding energy curve и N . Determine the amount of energy released 4G 杯 n 1
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