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Discussion 1: presents eco-audits and pollution prevention (P2) audits while Unit II taught us about life cycle assessment (LCA). What are the differences between an LCA, eco-audit, and P2 audit? What is the value of a P2 audit? Have you ever conducted an LCA, eco-audit, or P2 audit? If so, describe the how the audit was conducted.
Using either T or J-K flip-flops, design a 4-bit counter with asynchronous clear (asserted low) and a rollover interrupt flag signal, and draw the schematic. On a separate piece of graph paper, plot the 4 outputs against a square wave input.
How much gasoline do vehicles with the following fuel efficiencies consume in one year? Calculate the gasoline savings, in gallons per year, created by the following two options. Show all your work, and draw boxes around your answers.
Write a report as well as submit a java or matlab code that can denoise a piece wise constant signal and to characterize the signal using applications that were taught throughout the course such as sample mean.
What is the lowest gear reduction ratio that would allow this car to achieve the highest possible acceleration from rest on good, dry pavement?
A 1.5-V, 1-Gbit dynamic RAM (called DRAM) by Hitachi uses a 0.16-μm process with a cell size of 0.38× 0.76 μm2 in a 19×38 mm2 chip. What fraction of the chip is occupied by the I/O connections, peripheral circuits, and interconnect?
Write a program to store 0 to 255 in the first block of the 24LC08B of your demo board and then, staying in an infinite loop, read out one value from 24LC08B.
Six interface units of the type shown in fig. are connected to a CPU that uses an 10 address of eight bits .Each one of the six chip select (CS) inputs.
Managing Information and Technology
Design and simulate an 8-bit adder/subtractor using a hierarchical Verilog structural description. Your design should accept 2 twos complement 8-bit inputs (x and y) and generate an output.
Determine a relationship for the torque ratio of a turbine as a function of the length ratio assuming (1) the Froude law and (2) the Reynolds law applies. The model and prototype fluids are both water.
Develop a Pareto Frontier Diagram that plots the DOs in terms of the net technical performance (found in Lecture 1.9) vs. cost. Be sure to label the axes
Follow the paradigm technology backwards to discover at least 5 earlier precursor technologies (levels). Find those that have had a major influence on the paradigm tech (not just versions of the same technology).
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