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1. Modify the example to support different speeds. Read the speed of the ball from the FPGA switches.
2. Draw a more detailed ball in the bouncing ball example. Use a small ROM to hold a small detailed color image of a ball.
3. Make a Pong-type video game by using pushbutton input to move a paddle up and down that the ball will bounce off of.
Find the resonant frequency, the unloaded Q, and the loaded Q.
calculate and plot the overall noise figure for both amplifier-mixer configurations for FA = 0-10 dB.
A circular disk having a radius of 4 ft and weighing 40lb has a small weight of 20lb attached to it at a distance of 2ft from its center. If the disk is in the vertical plane and set in rotation about an axis through its center so that its minimum..
What is the frequency of the rotor currents? What is the angular velocity of the stator field with respect to the stator? With respect to the rotor?
The wire and the coil are surrounded by air. A source is applied to the coil causing a constant clockwise current I2 to flow in the loop. Derive an expression for the net force exerted on the coil due to the magnetic field of the wire.
Consider a Δ-connect, 25 kVA, 480 V, 60 Hz, six pole synchronous generator. The field current is set such that the line voltage is 504 V when supplying a rated load. Consider the armature resistance to be negligible.
A 3 phase, 208V, 4 pole, 60Hz, Y connected synchronous generator has a synchronous reactance of 8 ohm. Assume the resistance of this generator is negligible. The machine terminal voltage is maintained constant at 208V (line to line).
Find the output response, c (t), for each of the systems shown below. - Also find the time constant, rise time, and settling time for each case.
A 1 MVA three-phase 6,600/400V delta/star connected transformer has the following parameters per phase. Calculate the per unit impedance of the transformer using base values of 1 MVA and 400 V.
The Dynamics of the system are determined by the second order transfer function of the sensing element , which has a natural frequency of ωn=40 rad/sec and a damping ratio =0.1.
In a CDMA system, user A transmits using the Walsh code (-1 1 -1 1 -1 1 -1 1) and user B transmits using the Walsh code (-1 -1 11 -1 -1 1 1), respectively. Show the output at the receiver if A transmits a data bit 0 and B transmits a data bit 0.
We start with two initially uncharged capacitors C1 = 5μF and C2 = 20μF connected in series. Then, a 20-Vsource is connected to the series combination, as shown in Figure. Find the voltages v1 and v2 after the source is applied.
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