Problems 1 - Physics Of Nuclear

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PROBLEMS 1. Find the values of the following decays: (a) 247Bk - Am + a: (b) C Cm + a: (c) 230 Th -2Ra + a. 2. For each decay given in Problem 1. calculate the kinetic energy and velocity of the daughter nucleus after the decay. 3. From the known atomic masses. compute the values of the decays: (a) 242 Pu 238 U + a (b) 208 Po - 204 Pb + a (c) 208 Po 19 PL + 2C (d) 210Bi - 208Pb + ?H

4. In the decay of Cm to 238 Pu, the maximum a energy is 6112.9 + 0.1 kev. Given the mass of 238 Pu, find the mass of 242 Cm. 5. The highest energy a particle emitted in the decay of 238U to 236Th is 4196 + 4 kcV. From this information and the known mass of 238U, compute the mass of 254Th.

MASALAH 1. Temukan nilai-nilai peluruhan berikut: (a) 247Bk - Am + a: (B) C Cm + a: (c) 230 Th -2Ra + a. 2. Untuk setiap peluruhan yang diberikan dalam Soal 1. menghitung energi kinetik dan kecepatan inti anak perempuan setelah peluruhan. 3. Dari massa atom yang diketahui. hitung nilai peluruhan: (a) 242 Pu 238 U + a (B) 208 Po - 204 Pb + a (c) 208 Po 19 PL + 2C (d) 210Bi - 208Pb +? H

4. Pada peluruhan Cm hingga 238 Pu, energi maksimum adalah 6112,9 + 0,1 kev. Dengan massa 238 Pu, temukan massa 242 Cm. 5. Energi tertinggi yang dipancarkan partikel dalam peluruhan 238U hingga 236. Ini adalah 4196 + 4 kcV. Dari informasi ini dan massa 238U yang diketahui, hitung massa ke-254.

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