1. Describe the important of meeting in organization.

determine the electric field intensity required to levitate a body 2 kg in mass and charged with -4mc

1. Determine the parity of a continuous signal, apply 5 examples in Octave.

4. i) An input signal of an LTI system is assumed to be a rectangular pulse sequence x[n] of length 2L samples. Represent x[n] in terms of a unit step sequence and sketch x[n] if it turns on at n=0.

ii) Suppose the impulse response of the system is also a rectangular pulse sequence h[n] of length L samples. Represent h[n] in terms of a unit step sequence and sketch h[n] if it turns on at n=0.

iii) Determine the x[n] * h[n] using the geometric series approach

The FM signal (in volts): ∅(𝑡) = 30𝑐𝑜𝑠(2𝜋107𝑡 + 5 sin 2𝜋103𝑡) is present across a 100 Ω resistive load.
a) What is the total average power?
b) What percentage of this power is at 10 MHz.
c) Find the average power in the second-order sidebands.
d) Find the peak frequency deviation.
e) Determine the approximate bandwidth of  ∅(t) using Carson’s rule.

Perform the following task of dc-dc Buck converter. 1). Provide matlab code for DC-DC buck converter

I need matlab code for dc-dc buck converter

Suppose 8086 microprocessor perform the following task: ADD AX, 3FF2H Where the value of AX is 1D56H and ADD is opcode for addition (summation) Draw the flag register and calculate the values of status flags?

Briefly describe the differences between the single pipe circuit and two pipe circuit in space heating aided with diagrams.

Answer all questions. Explain what each of the following is in relation to thermocouples: (a) extension leads, (b) compensating leads, (c) law of intermediate metals, (d) law of intermediate temperature.

Design an automatic traffic light control signal for a road square using 1MHz internal oscillator of PIC16F887. Each traffic light must consist of three (Red, Yellow, Green) lights. Use proteus for implementation. Your code must use four light signals installed on each road connecting to square.

in word program form.(text and diagram )

Explain the cold tip compensation in thermocouples. Find any data collection hardware / card that offers a solution to this problem and a sign conditioner compatible with this card and write the brand / model and solution in detail. Choose equipment that can be connected to several different types of thermocouples. Please be legible. Thanks.

Write a program sequence that will test the byte STATUS and branch to ROOTINE_1 if bit 1, 2 or 4 is 1. Otherwise, it is branch to ROUTINE_2 if both bits 1 and 3 are 1 and to ROUTINE_3 if both bits 1 and 3 are 0. In all other cases it is to exeute ROUTINE_4. Assume that the routines are more than 128 bytes long. Also give a flowchart of the sequence.

Para maximizar la transmisión de potencia a la línea la impedancia de entrada de la línea debe ser Z_in=Z_g*.

Para conseguir esta impedancia de entrada proceda como se le indica en los apartados c) y d).

Determine:

c) La mínima longitud de la línea (en longitudes de onda) para que la parte real de su admitancia de entrada sea 8×10^-3 Ω^-1. Determine el valor de dicha admitancia de entrada. (10 puntos)

Si no ha resuelto el apartado (a) tome Z₀=50Ω.

d) La admitancia Y que debe colocarse en paralelo a la entrada de la línea para que el generador vea una impedancia de entrada a la línea igual al conjugado de su resistencia interna. Verifique que efectivamente ahora Z_in=Z_g*. (5 puntos)

Si no ha resuelto el apartado (b) tome Y_in=0.008+j0.016 Ω^-1.

e) La potencia media entregada a la carga en las condiciones del apartado (d). (3 puntos)

To maximize power transmission to the line the line input impedance must be Zin = Zg *.

To achieve this input impedance proceed as indicated in sections c) and d).

Determine:

c) The minimum length of the line (in wavelengths) so that the real part of its input admittance is 8 × 10-3 Ω-1. Determine the value of that input admittance. (10 points)

If you have not solved section (a) take Z0 = 50Ω.

d) The admittance Y that must be placed in parallel to the input of the line so that the generator sees an input impedance to the line equal to the conjugate of its internal resistance. Verify that effectively Zin = Zg * now. (5 points)

If you have not solved section (b) take Yin = 0.008 + j0.016 Ω-1.

e) The average power delivered to the load under the conditions of section (d). (3 points)