Signals and Systems Basic-23/Solution of problem 1.3 of Alan V oppenheim/Alan S Willsky/Hamid Nawab

solution of problems 1.3(a), 1.3(b), 1.3(c),1.3(d), 1.3(e), 1.3(f) of Alan V. oppenheim
Alan S. Willsky
S. Hamid Nawab
Determine the value of P and E for each of the following signals.

In signal processing, the energy of a continuous-time signal x(t) is defined as the area under the squared magnitude of the considered signal.

What do you mean by unit impulse?

Basic signals

signals and systems basics.
basic operation on signals.
time shifting - time advanced and time delayed.
time reversal.
time scaling.
magnification.

graphical method for addition of two signals

representation in terms of u(t)/unit step function/sketching of signals

solution of problem number 1.1 of
Alan V oppenheim

solution of problem number 1.2 of
Alan V oppenheim

Energy and Power Signals formula derivations and examples.

solution of problems 1.3(a), 1.3(b), 1.3(c),1.3(d), 1.3(e), 1.3(f) of Alan V. oppenheim


solution of problem number 1.4 of
Alan V oppenheim

solution of problem number 1.5 of
Alan V. Oppenheim
Alan S Willsky

how to find time period of signals.

Solution if problem 1.6 of Alan V oppenheim.

solution of problem number 1.7 of
Alan V oppenheim

Solution of problem 1.8 of Alan V Oppenheim.

solution of problem 1.9,1.10 and 1.11
alan v. oppenheim

Solution of problem 1.12 of
Alan V oppenheim

Solution of problem 1.14 of Alan V Oppenheim

solution of problem 1.15 of Alan V Oppenheim.

solution of problem 1.16 of Alan V Oppenheim

Solution of problem 1.17 of Alan V Oppenheim

Solution of problem 1.18 of Alan V Oppenheim

Solution of problem 1.19 of Alan V Oppenheim

Solution of problem 1.20 of Alan V Oppenheim

problem number 1.21 of

Alan V. Oppenheim

Solution of problem 1.22 of Alan V oppenheim

solution of problems 1.25(a), 1.25(b), 1.25(c), 1.25(d), 1.25(e), 1.25(f) of Alan V Oppenheim.

solution of problem number 1.26a, 1.26b, 1.26c, 1.26d and 1.26e of Alan V oppenheim
Alan S. Willsky
S. Hamid Nawab
by
Rajiv Patel
All India Rank - 5 in GATE 2012

Solution of problems 1.27a,1.27b,1.27c,1.27d,1.27e,1.27f,1.27g of
Alan V. oppenheim

solution of problem 1.28f and 1.28g of Alan V oppenheim by Rajiv Patel(AIR 5 GATE 2012)

Solution of 1.29a and 1.29b of Alan V Oppenheim by Rajiv Patel(AIR 5, GATE 2012)

solution of problem 1.31 of oppenheim .

solution of problem 1.34 of alan v oppenheim

Solution of problem 1.41 of Alan V Oppenheim by Rajiv Patel(AIR 5, GATE 2012)

Energy and power for continuous-time signals.
#energyandpowersignals
#energysignals
#powersignals
#mathosy
#rajivpatel

Solution of problems 1.27a,1.27b,1.27c,1.27d,1.27e,1.27f,1.27g of
Alan V. oppenheim

[sparkyff]

20:46 these questions were important sir thank you for including these

[deathbydagers]

Thankyou for these videos sir! You have helped me greatly!

[NothingButBen]

POV: It's 2am and you are non-indian user watching this video before exam.

[DeepakKumar-bkno]

Sir I think solution of part d is E = 4/3, P= 0 as submission is a GP of common ratio 0.5

[pulsz]

Hello, I want solutions to problems fourier series please 🙏🙏🙏🙏