An alpha particle is incident with kinetic energy K on a gold nucleusat rest. The aim is direct.Part AIf m is the mass of an alpha particle and M is the mass of a gold nucleus, solve the classical conditions for energy and momentum conservation to determine the recoilspeed V of the nucleus after the collision.Express your answer in terms of some or all of the variables m, M, and K.?V=SubmitReguest AnswerPart BDetermine an expression for the fractional energy lost to the nucleus.Express your answer in terms of some or all of the variables m, M, and K.G AEd?AKKReguest AnswerrSubmitPart DAn alpha particle has mass m = 6.64x10-27 kg and a gold nucleus has mass M = 3.32x10-25 kg. If K = 10.0 MeV then what is the speed V as a fraction of c, andwhat proportion of the original energy is transferred to the gold nucleus?Enter your answers numerically separated by a comma.Vol AEd?V AK3DSubmitReguest Answer• Part EAccording to the classical analysis, what speed of the incident alpha particle would result in a nuclear speed V of 0.10c?Express your answer numerically as a multiple of the speed of light c.?SubmitRequest AnswerPlease help to solve A, B, D, and E. Thank you.

An alpha particle incident with kinetic energy K on a gold nucleus. Therefore, Mass of alpha…

An alpha particle is incident with kinetic energy K on a gold nucleus at rest. The aim is direct. • Part A It m is the mass of an alpha particie and M is the mass of a gold nucleus, solve the classical conditions for energy and momentum conservation to determine the recoil speed V of the nucleus after the collision. Express your answer in terms of some or all of the variables m, M, and K. V. Submit Renuest Anamer • Part B Determine an expression for the fractional energy lost to the nucleus. Express your answer in terms of some or all of the variables m, M, and K. ? AK K ΔΚ Submit Resuest Answer Part D An alpha particle has mass m= 6.64x10-27 kg and a gold nucleus has mass M = 3.32×1025 kg. It K = 10.0 MeV then what is the speed V as a fraction of c. and what proportion of the original energy is transferred to the gold nucleus? Enter your answers numerically separated by a comma. O O ? V AK Submit r Remuest Answer Part E According to the classical analysis, what speed of the incident alpha particle would result in a nuclear speed V of 0.10c? Express your answer numerically as a multiple of the speed of light e. AE4 O a ? Submit Reauest Answer Please help to solve A, B, D, and E. Thank you.

An alpha particle is incident with kinetic energy K on a gold nucleus at rest. The aim is direct. • Part A It m is the mass of an alpha particie and M is the mass of a gold nucleus, solve the classical conditions for energy and momentum conservation to determine the recoil speed V of the nucleus after the collision. Express your answer in terms of some or all of the variables m, M, and K. V. Submit Renuest Anamer • Part B Determine an expression for the fractional energy lost to the nucleus. Express your answer in terms of some or all of the variables m, M, and K. ? AK K ΔΚ Submit Resuest Answer Part D An alpha particle has mass m= 6.64x10-27 kg and a gold nucleus has mass M = 3.32×1025 kg. It K = 10.0 MeV then what is the speed V as a fraction of c. and what proportion of the original energy is transferred to the gold nucleus? Enter your answers numerically separated by a comma. O O ? V AK Submit r Remuest Answer Part E According to the classical analysis, what speed of the incident alpha particle would result in a nuclear speed V of 0.10c? Express your answer numerically as a multiple of the speed of light e. AE4 O a ? Submit Reauest Answer Please help to solve A, B, D, and E. Thank you.