Based on the hardware you designed, write a code that takes temperature measurement every 5 seconds and display the temperature in Fahrenheit degrees in the format of xxx.x (for example: 098.6 or 104.8) on the 4-bank seven-segment LED display.

1) If the internal resistance of a voltmeter is 7.1x bigger than the output impedance of a circuit, what is the loading error in %?

2) If the internal resistance of an ammeter is 1/10.0 the output impedance of a circuit, what is the loading error in %?

Why would we want to use a state-space approach for control systems?  What are the advantages or disadvantages?  Would it allow more or less flexibility?  Would it cost more?  

There are a number of empirical "laws" which relate different bulk continuum properties of materials. Describe these laws. Can you provide an explanation for each of these laws simply on the basis of the material as a "black box" ?

1) Using a DMM to measure mVolts, what would it read for the following:

(a)A type T thermocouple, room temperature 20°C, and the measured temp is:

   40°C

   -25°C

(b)    A type K thermocouple, room temperature 20°C, and the measured    temp is:

40°C

   -25°C

how to solve the bouncing issues when using the HCSR04 sensor

Please type 150 words answering: What are the possible sources of noise and how does this unwanted signal adversely affect signal transmission?

1.) Describe the process of becoming an ethically responsible engineer regarding risk. 2. )Discuss the issues that arise in applying the principal of acceptable risk.

Please type at least 100 words:

Compare AM (Amplitude Modulation) with FM (Frequency Modulation) in the context of modulation techniques, frequency range, bandwidth requirements, complexity, noise, and hardware.

ASAP In this lab, you will make a digital thermometer using the SEN-11931 breakout board as well as the 4-bank seven-segment LED display. Design the hardware connection of the SEN-11931, reuse the 4-bank 7-segment LED connection from Lab 4 for the mbed to read the temperature from the SEN-11931 and display the temperature in Fahrenheit degrees on the LED display in the format of xxx.x. Build your circuit and include all the required information about your hardware design in your lab report. You will also need to make the decision on whether pull-up resistors are needed. Based on the hardware you designed, write a code that takes temperature measurement every 5 seconds and display the temperature in Fahrenheit degrees in the format of xxx.x (for example: 098.6 or 104.8) on the 4-bank seven-segment LED display.

State Machines

Your state machine should decode the following serial bit patterns in the correct order, with one bit per clock cycle.

State Machine: 110110

Please do

a.    A state diagram

b.    An explanation of your design process. Be sure to include a reset or idle state

c.    The state machine description

d.    Your state assignments

e.    Your next state table

gray code to excess 3 code converter circuit and its logic diagram and ic based diagram

In a computer system with multiple types of memory (such as RAM and ROM), how does the computer identify where memory is stored?

Develop a series RLC circuit that increases the capacitor voltage to the source voltage as fast as possible with no more than a 20% overshoot. The source voltage is 99V, the capacitance is 9F the and the inductance is 23 H. You can adjust the resistance since that the inductance are the two easiest parameters to adjust. I suggest you find ω0 for your circuit and the value of R that results in a critically damped circuit. Plot this vs. time using Δt ≈ 0.1/ω0. Plot the under damped response on the same set of axes. Hint – the resistance will be lower than for the critically damped circuit. Adjust the resistance to so that the capacitor voltage reaches the source voltage as soon as possible without overshooting by more than 20%.