Problem 3: Newton-Raphson method (MATLAB) Use the Newton-Raphson method to find the root of f(x) = c 0.5x (4-x) - 2. Employ initial guesses of ?,1 = 2, ?,2 = 6, and ?,3 = 8. Explain your results. (3)
Your task is to construct an encoder circuit that has 4 inputs (A, B, C, and D) representing a binary number from 0 to 9, and has 7 outputs representing the segments in a seven-segment display. You will connect the circuit in Logisim and test it with the built-in 7-Segment-Display component in Logisim.
In this coding project you will write a simple client-server program using python sockets. Your program will emulate a simple chat client. For extra-credit , turn your chat program into a simple ascii multiplayer game (see below for spec).
3) A single laser source is to be used in an optical fibre detection network containing 4 different detection channels, each of which is 18km away from the source. This can be achieved using a 1:4 optical fibre splitter, which allows 25% of the power from the laser to pass down each channel. If the fibre has an attenuation coefficient of 0.5dB/km and the required output power is 0.35?W what is the required laser power assuming no joint losses, margin or penalties.
Need to make a Report Topic is Thermogravimetric analysis (TGA) Write a report on the TGA device, its features, how it works, applications, and its uses Page limit; - 3 Have to include the references Format: 12Pt, times roman, APA format
Reconsider the three bit synchronous counter register described in the lecture notes. Use the counter symbol to control the lights of a street intersection. Street 1 has lights G1, Y1, R1 and street 2 has lightsG2, Y2, R2. ) Draw a schematic using the counter to make a counter that counts 000 to 101 and overflow back to count 000. There is a clock input and negative logic clear signal clrn. The reset state is 000. b) The following table shows that each light is green for two units of time, yellow for one unit of time, and red for three units of time. The u symbol indicates unused states.
3.) A diaphragm pressure gauge employs four strain gauges to monitor the displacement of the diaphragm. The four active gauges form the arms of a Wheatstone bridge, in the way shown in Fig. 3.23 b (see class notes too). The gauges have a gauge factor of 2.1 and resistance 120 Q. A differential pressure applied to the diaphragm results in two of the gauges on one side of the diaphragm being subject to a tensile strain of 1.0 x 10^-5 and the two on the other side a compressive strain of 1.0 x 10^-5 . The supply voltage for the bridge is 10 V. What will be the voltage output from the bridge? (20 pts) (Answer is 0.21 mV, but you need to show the work to get to this.)
