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Find a table listing the critical temperatures for a variety of materials.
List at least five materials with the critical temperatures that are not mentioned in this text.
Choose a few materials that have relatively high critical temperatures.
A sequential circuit had on flip flop Q, two inputs x and y, and one output S. It consists of a full adder circuit connected to a D flip flop, derive the state table and state diagram of the sequential circuit.
Given an operational amplifier consisting of R and L in series for Z, and C for Z ‘.If the input is a constant V, find the output vo as a functionof time. Assume an infinite open-loop gain.
Find two designs using open-circuited stubs.
A combinational logic circuit has 3 outputs as described below: F1=Minterm(0,3,4) F2= minterm(1,2,7) F3= Maxterm=(0,1,2,4) Implement the circuit using a single decorder with active high outputs and external 2 input OR gates
What is the maximum value of N0 for an FM cell phone whereby ST=
Using a detailed block diagram show the typical gas chromatographs system of the composition measurement.
A sinusodial current has an amplitude of 5A. It has a scalar frequency of 60 Hz. The signal has a current of 5A when t=0s. Write down the equation for the current as a sine function of time (I.E.- Using the sine function)
Scenario/Summary: At least two of the following simulations must be attempted by the student. Verify Loop Analysis Method by MultiSim simulation Verify Superpposition Theorem Method by MultiSim simulation
An electron is traveling horizontally along the positive x-axis at a speed 3.00 x 106 m/s. After it passes the origin, it enters a constant E field with a strength of 200 N/C and directed 45 degrees up from the x-axis.
A 2.0 C charge moves with a velocity of ( 2.0i + 4.0j + 6.0k ) m/s and experiences a magnetic force of ( 4.0i - 20j + 12k ). The x component of the magnetic field is equal to zero. Determine the y component of the magnetic field.
Schering bridge employes has a standard compressed air capacitor of 106 pF a non-inductive resistor of 1000/π ohm in parallel with a variable capacitance C, and a non-inductive variable resistor R. Balance is obtained with:
Define Doppler effect as used in ultrasound applications. Quote the equations representing the two cases considered in Doppler effect.
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