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1. Convert the following decimal numbers into binary, octal, and hex:
a. 2110
b. 63010
c. 42710
2. Convert 27.15610 into a binary number with the fractional binary part expressed in 6 bits. What actual decimal does this binary fraction equal?
Find the time required for vC to reach 60 V following the closing of the switch. - Calculate the current iC at the instant vC = 60 V.
The average intensity of sunlight reaching the earth is 1390W/m2. A charge of 2.38 x 10-8 C is placed in the path of this electromagnetic wave. What is the magnitude of the maximum electric force that the charge experiences
q1. determine the phase relation between vo and ig for the given network if vg 45sin317tq2. determine vo for the given
The amplifier has a Thévenin voltage of 25[Vrms], and a Thévenin resistance of 0.275[O]. Find the turns ratio for the transformer, so that the maximum possible power is delivered to the speaker.
Plot the steady state torque-speed characteristic for Va = 100V, 60V, and 30V. Calculate the armature voltage to be applied in the steady state at the speed of 1500 rpm when the motor torque load require is 3 Nm.
Explain clearly what do you understand by super charging. How is it achieved? What is the effect of super charging on the folloing parameters: 1. Power output 2. Mechanical efficiency and 3. Fuel Consumption.
Design a NMOS resistive load inverter for: VDD = 5V P = 0.2 mW when Vlow = 0.1V kn = 60 micro Ampere / V^2 VTN = 0.25V Find the load resistor and the W/L ratio for the switching transistor.
The voltage V across a semi conductor in a computer is given by V= aI+BI^2, where I is the current (in A). If a 24 V battery is conducted across the semi conductor, find the current if a=4 ohms and B= 0.5 ohms/A.
A large room is illuminated by twenty 150-watt lamps and thirty 100-watt lamps. If the circuit voltage is 116, calculate the total current.
Explain about the term cut-in voltage associated with pn junction diode. -How do you obtain cut-in voltage from forward V-I characteristics?
Find the average power supplied by the voltage source
An initially charged capacitance discharges through a resistance. At one time constant, what percentage of the initial voltage remains What percentage of the initial soted energy remains
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