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1. How do you find the approximate value of the surface integral over a given surface?
2. How do you find the exact value of the surface integral?
3. Provide physical interpretations for the closed surface integrals of any two vectors of your choice.
4. State Faraday's law.
What is a semiconductor? - How does it compare with a conductor and an insulator?
A manufacturer desires to double both the discharge and head on a geometrically similar pump. Determine the change in rotational speed and diameter under the new conditions.
when an AC source is connected accross a 12.0 resistor,the rms current in the resistor is 8.00 A find (a) the rms voltage accross the resistor,(b) the peak voltage of the source , (c) the maximum current in the resistor
In each case count the number of errors that actually occur and calculate the BER resulting from the simulation. Repeat this experiment ten times for each value of N. What do you conclude?
A clean, 15-%-efficient module (STC), 1 m2 in size, has its own 90% effi- cient inverter. Its NOCT is 44° C and its rated power degrades by 0.5%/° C above the 25° C STC.
If the two resistors are held at the same physical temperature, is the effective temperature equal to the true common temperature of the resistors?
In AM, spectral overlap is said to occur if the lower sidebandfor positive frequencies overlaps with its image for negativefrequencies. What condition must the modulated wave satisfy if weare to avoid spectral overlap
The resulting messages are encoded using a binary Huffman code. Assuming that 250 samples of the source are transmitted each second, determine the resulting binary symbol rate in symbols per second. Also determine the information rate in bits per ..
Determine the 8-bit sign-and-magnitude, 1's complement, and 2's complement representations for each of the following decimal numbers: +36, -84. (Note: Be sure to represent +36 as a positive number and -84 as a negative number.)
Derive the Helmholtz's wave equation. Start your derivation from Maxwell's equations.
Given the following function: F(W,X,Y,Z) = fm(2,3,5,7,12,13). a. Implement the function using an 8-input multiplexer. b. Implement the function using a 4-input multiplexer.
The capacitances of a 3-phase belted cable are 12·6 μF between the three cores bunched together and the lead sheath and 7·4 μF between one core and the other two connected to sheath.- Find the charging current drawn by the cable when connected to ..
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