1. Consider a periodic force of the form:F(t) = F0sin ωtfor0 t T/2 =
0forT/2 t Tand F(t + T) = F(t)where ω = 2 π/TShow that ...One
obtains a periodic voltage of the above form in a half wave rectifier.
What will be the Fourier expansion corresponding to full wave
rectification? Get solution
2. In quantum mechanics, the solution of the one dimensional Schrödinger equation for a free particle is given by ...where p is the momentum of the particle of mass m. Show that ... Get solution
3. In continuation of the above problem, if we assume...then show that ...Also show that ...Indeed ...dx represents the probability of finding the particle between x and x + dx and ...dp represents the probability of finding the momentum between p and p + dp and we would have the uncertainty relation... Get solution
4. Get solution
4a. Use Eq. (54) to calculate the Fourier transform of the following functions(a) f(t) = A ...(b) f(t) = A ... t > 0 = 0 t Get solution
2. In quantum mechanics, the solution of the one dimensional Schrödinger equation for a free particle is given by ...where p is the momentum of the particle of mass m. Show that ... Get solution
3. In continuation of the above problem, if we assume...then show that ...Also show that ...Indeed ...dx represents the probability of finding the particle between x and x + dx and ...dp represents the probability of finding the momentum between p and p + dp and we would have the uncertainty relation... Get solution
4. Get solution
4a. Use Eq. (54) to calculate the Fourier transform of the following functions(a) f(t) = A ...(b) f(t) = A ... t > 0 = 0 t Get solution
