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Write the given Problem Assignment.
Consider a liquid surge tank with one inlet (flowing from process I) and one outlet stream (flowing to process II). Assume that the density is constant. Find how the volume of the tank varies as a function of time, if the inlet and outlet flow-rates vary. List the state variables. Give necessary information to complete the quantitative solution to this problem.
Explain Systematic Errors and Random Errors with suitable a case study for each error. Briefly comment on your answer based on your explanation.
In a balanced three-phase system the Y-connected impedances are 3∠60°Ω. If V_bc=480∠-75° V, find current of phase "b" in polar form.
A three-phase, wye-connected induction motor is supplied by a three-phase and foursin system with line-to-line voltage of 220V and the impedance of the motor is 6.3+j3.05Ohm per phase.
Present an illustrative timing diagram for your FSM, for N = 4 and x(3:0) = " 1101. "
Suppose the z=0 plane carries a sheet current K=5. A/m x. Then a 1 m long rod exists above the current sheet and has velocity u. Find the Vemf when the rod is parallel with the x-axis, u= 2(m/s) y.
When carrying out an FFT of a cosine wave whose frequency is 0.1Hz and whose amplitude is unity , explain why the peak amplitude measurement obtained in the range 0.09Hz to 0.11Hz should ideally have a value of 0.5?
The line voltage and current delivered to a balanced 3-phaseWye- connected resistive load bank is measured and found tobe 415 V and 30 A respectively. 1) What is the value of voltage across on phase of the loadbank
Explain briefly why XL limits the amount of alternating current. Explain why XL increases with higher frequencies and more inductance. How might you use this fact in an application.
A potentiometer is wired is wired to represent a rotational range of 0-180 degree. The potentiometer is supplied with a voltage of 15 VDC. What is the output voltage at 75 degree
during an ap the membrane potential typically moves from -70mv to 20mv and back again. in a cell with 10um radius and
An amplifier with a power gain of 3dB is to be characterized. The test apparatus provides a SNR of 20dB at the input and measures a SNR of 15dB at the output. Find the amplifier's NF. Specifications for (2), (3), (4) and (5).
Where do the electrons entering the filament come from? Where do they go after exiting?
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