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Problem 1.5
The following figure depicts the voltage applied across a circuit element as a function of time. In this case, the circuit element can be either a resistor, capacitor, or inductor. (a) For the 1 KQ resistor shown in (1), make a labeled sketch of the current i(t).
(b) For the resistor shown in (1), make a labeled sketch of the power p(t) consumed by the resistor.
(c) Determine the total energy delivered to the resistor.
(d) Now repeat parts (a)... (c) for the 1 pF capacitor shown in (2).
(e) EXTRA CREDIT: Now suppose the capacitor is replaced with a 10 mH inductor, as shown in (3). You may assume that for t < 0, there is no current in the inductor. Make a fully labeled sketch of the power P(t) delivered to the inductor. Determine the maximum power delivered to the inductor, and the precise time at which this maximum power is reached.
A ring placed along y^2 + Z^2 =4, x= 0 carries a uniform charge of 5 uC/m. a.)find D at P(3,0,0). b.) if two identical point charges Q are placed at (0,-3,0) and (0,3,0) in addition to the ring, find the value of Q such that D = 0 at P.
Show how to make a two-digit digital-to-analog converter by appropriately scaling the input resistors of a summing amplifier. The digital input represents two digits, each consisting of four lines that represent the values 1, 2, 4, and 8 for the r..
The volume density of atoms for a bcc lattice is 5 x 1026 m-3. Assume that the atoms are hard spheres with each atom touching its nearest neighbors. Determine the lattice constant and effective radius of the atom.
Prove that the potential cannot have a minimum in an uncharged region of space. Prove therefore that a point charge cannot be in stable equilibrium under the action of electrostatic forces in an uncharged region.
Two infinite sheets of charge lie parallel to each other, separatedby a distance d. The upper and lower sheets have surfacecharge densities ρsa and ρsb[C/m2], respectively. find the voltage Vab from the top to the bottom surface
design a digital lock. The lock will have four buttons for you to enter a secret three-digit code to unlock it. You will use the pushbuttons RON(3:0) on the FPGA board for this - RON(0) will represent the digit ‘0', RON(1) the digit ‘1', RON(2) th..
The two loads draw a total average power of 52,800 W at a power factor of 0.8 leading. One of them draws 40K VA at a power factor of 0.96 lagging. What is the power factor of the other load
If the application program creates a message of 150 bytes and each layer (including the fifth and the first) adds a header of 20 bytes to the data unit, what is the efficiency (the ratio of application layer bytes to the number of bytes transmitte..
Design the control unit for the single cycle pipeline implementation You can use any software you like, e.g. VHDL or Verilog HDL.
Under this condition, calculate the relative magnitudes of the resultant positive- and negative-traveling mmf waves.
Design the minimum-cost circuit and compare its cost with combined costs of two circuits that implement f and g separately. Assume that the input variables are available in both uncomplemented and complemented forms.
Your selection shall be based on a life cycle cost analysis (LCCA) including PW and EAC. Be sure to show complete functional notation with the correct compound interest factors for each option
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