Solution:
Given that
if v 5ドetchr(AG spectrum Forssesc d )SKetch thてSpectrum for osesc if v 5ドetchr(AG spectrum Forssesc d )SKetch thてSpectrum for osesc
(a) Sketch the spectrum of the signal r(t). Show the spectrum as a function of f in Hz For the rest of this problem, assume that the signal is sampled at a rate of fs 50 Hz. (b) Sketch the spectrum for the sampled signal rn). Your spectrum should be shown as a function of the normalized frequency over the interval-2π < -+2T. c) Write an equation for the sampled signal [n. (d) Suppose that the signal is reconstructed from...
x(t)-1 0cos (50π t) + 4sin4(200π t)+2cos(300π t) d) Sketch the magnitude spectrum of x(t) as a function of frequency-clearly label each component Sketch the phase spectrum of x(t) as a function of frequency-clearly label each component e) f What is the total power of the signal x()? (You can leave as an arithmetic expression)
x(t)-1 0cos (50π t) + 4sin4(200π t)+2cos(300π t)
d) Sketch the magnitude spectrum of x(t) as a function of frequency-clearly label each component Sketch the...
P9.67, Sketch the transfer characteristic (v, versus if in) for the circuit shown in Figure P9.67 carefully labeling the breakpoint and slopes Allow vin to range from -5 V to +5 V and assume that the diodes are ideal. p37, Find the values of / and V for the circuits of igure P9.37 assuming that the diodes are deal. 515 1.2 kf Probles 3 kf voD 2 ks? 5 V Figure P9.67 DV Sre for 2 E ing ent the...
need help elucidating this please
IR Spectrum 4000 2000 V (cm 1600 ) 1200 Mass Spectrum M 110 WoW UV Spectrum 2. 225 mm (0, 2 276 nm (109, 2 283 nm (109, 3.5) 3.4) 3.3) الامام للتفاعل solvent methanol 40 80 120 160 200 240 280 13C NMR Spectrum 1100 MHE COCI, solution) DEPT Chat Cast cht prolon decoupled 0 40 (ppm) 16012080 200 TH NMR Spectrum (400M , CDC, solution) expansion Exchanges with D20 4 3 2 1...
The photoelectron spectrum of C2 has not yet been
measured.
Sketch a predicted spectrum, based on the molecular-orbital
energy-level diagram and the electronic configuration of the
C2 molecule.
Ignore the 1s core orbitals in your treatment.
Assign each band to an orbital ionization process.
Which bands do you predict will exhibit extensive vibrational
fine structure?
5. The photoelectron spectrum of C2 has not yet been measured. Sketch a predicted spectrum, based on the molecular-orbital energy-level diagram and the electronic configuration...
Z. Consider the following data: E(Ag O/Ag- +1.36 V; EAg g")-+1.98 V; E(Ag/Ag)-+0.80 V; E (Ag.S/AgH2S)--0.69 v (a) Which of the five species (Ag S, Ag:O, Ag g,Ag) is the strongest oxidizer and which one should be the easiest to oxidize? (b) The standard hydrogen electrode is connected with an electrode made of silver and containing Ag ions in water as shown below: Ag Which of the electrodes is the cathode and which is the anode? Which way the electrons...
Problem 3) We have an ideal LPF with cutoff frequency of aco-0.25 (a) Sketch the spectrum of the filter (b) Write the impulse response equation of the ideal LPF c) For a given input signal xn]on) with 04T, sketch the spectrum of sin (abn) 2mm the signal. (d) Sketch the spectrum of the output response, y[n], of the LPF to the input in part (c). Write the mathematical equation of y[n] (e) Repeat (c)-(d) for a, 0.2m
Sketch the frequency spectrum of he following signal and
indicate the complex magnitude of each. All amplitudes must be
positive
Determine fundamental frequency and period
*all phases need to be written in terms of pi between
-pi and pi.
Sketch the frequency spectrum of the following signal and indicate the complex magnitude of each frequency component Manipulate phase as necessary to plot all components of the spectrum with positive amplitudes: x(t) = 14 cos( 1 60mt-π/4) + 5 cos(280mt-2π/3) -cos(600πt...
39. Given: E +0.46 V Eo- +0.34 V Cu(s) + 2 Ag+ → 2 Ag (s) + Cu2. Cu2+ + H2 (g) → Cu (s) + 2 H' Find the standard potential for the cell reaction for 2 Ag + H2 (g)-2 Ag+2H +0.80 V b. a. +0.40 V +0.12 V d. c. -0.12 v none of these e. 40. Given: Fe (s) + 2 Ag' (aq) Fe (ag)+ 2 Ag (s) with E ell -1.24 V What is the...
For the baseband signal m(t) = cos(1000πt) cos(3000πt), do the following. (a) Sketch the spectrum of m(t) (b) Sketch the spectrum of the DSB-SC signal m(t)cos(10, 000πt). (c) Identify the upper sideband (USB) and the lower sideband (LSB) spectra. (d) Identify the frequencies in the baseband, and the corresponding frequencies in the DSB-SC, USB and LSB spectra. Explain the nature of frequency shifting in each case.