PROMPT Use google scholar to find at least five different research papers on the use of remote sensing techniques to calculate precipitation. Reference the papers in chronological order.
Using the fully differential amplifier designed, design a MOSFET-c second order low pass filter with a pole frequency of 2MHz and a dsc gain of 4.
Assignment1: Advanced Analog Mixed Signal Design MEL ZG 625 For the CMOS operational amplifier shown in calculate the open-loop voltage gain, unity gain bandwidth, and slew rate. Assume that the gate of M9 is connected to the positive power supply and that the W/L of M9 has been chosen to cancel the right half-plane zero. […]
Draw a class diagram and entity-relationship diagram for Recycle website project depicting of the system based on the use case diagram and process flow diagrams.
PROMPT 1/ Draw a class diagram and entity-relationship diagram for Recycle website project depicting of the system based on the use case diagram and process flow diagrams. 2/ Each diagram must be followed up with an explained document(how did you do it?)
Determine the predicted settlement for your footing and loading based on both the CPTu and PMT data. Type up one paragraph (300 words or less) summarizing your findings.
ASSIGNMENT Determine the difference in the predicted settlements based on two approaches. One approach is based on Cone Penetration Testing (CPT) data (Section 9.5 in Text) which was developed by John Schmertmann and the other is based on Pressuremeter (PMT) testing (Section 9.8 in Text) that was developed by Jean-Louis Briaud. Testing was conducted at […]
Prepare a spreadsheet identifying the various component memory requirements and calculate the total memory requirements, allowing for the multiple instances necessary to support the anticipated concurrent users.
ASSIGNMENT You are in the DevOps group at a government agency where the organization runs a case management application. They are having performance problems running the application in-house (a web server in their own data center), and there is too much downtime. They are looking to your advice about whether they need to procure one […]
Discuss all 6 load cases in the written report to include how you would consider each one and choose the worst case for analysis and design.
Load Calculations and Structural Analysis For this project, you need : Rain Loads Assume the total head of 2β. Load case combinations (LCC): You must discuss all 6 load cases in the written report to include how you would consider each one and choose the worst case for analysis and design. You need to consider […]
Design the microphone pre-amplifier highlighted with red in the block diagram, which is a differential amplifier as shown in the schematics below.
Differential Amplifier Design In this assignment, you will design the microphone pre-amplifier highlighted with red in the block diagram, which is a differential amplifier as shown in the schematics below. Your design should satisfy the required differential gain, input impedance, single-ended common-mode gain, and the power dissipation specifications provided in Section A below. Then in […]
Calculate the convolution of the two signals π¦π¦[ππ] = π₯π₯[ππ] β β[ππ], where x[n] is defined in Fig. 9 and h[n] is defined in Eqn. 13.
Signals and Systems Homework: Discrete Time Convolution You are required to use a Java program called J-DSP at http://jdsp.engineering.asu.edu/JDSP-HTML5/JDSP.html in this assignment. To become familiar with it, it is recommended that you first work through the PDF file βIntroduction on J-DSP HTML5β posted along with this document. Convolution is a very important technique in signals […]
Design a square foundation to be embedded 3ft in the sand layer at a site with a soil profile as shown in Figure below, to support load of 50 kips.
ASSIGNMENT Problem 1. A 2m x 3m foundation shown below is subjected to the loads indicated. Determine the factor of safety using Merrhors effective area method. Problem 2; A 2.0 m wide continuous foundation is placed at 1.5 m depth in a saturated clay where c, = 40 kbUm’ and y = 17 kN/m’. At […]
Design and analyze a structure to support a weight across a 600 mm wide chasm. Verify your results by means of a software Skyciv/SOUDWORKS/ANSYS.
ASSIGNMENT You are a structural engineer who has been asked to design and analyze a structure to support a weight across a 600 mm wide chasm. You need to show how strong your design is by analytical method. You also have to verify your results by means of a software Skyciv/SOUDWORKS/ANSYS. You are allowed to […]