Electrical Engineering homework help

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It is an Adruino IDE code. I have attached the circuit below. The circuit is for thw digital clock. I want the code for the circuit. The criteria is: The code must include subfunctions and nested loop.

You can built the same circuit on Tinkercad and test you code if it runs or not. Help will be appreciated. Thanks
Note: The code should be real and unique. Should not be the copy paste from the internet.
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    20201209_021032.jpg

Electrical Engineering homework help

/in /by
It is an Adruino IDE code. I have attached the circuit below. The circuit is for thw digital clock. I want the code for the circuit. The criteria is: The code must include subfunctions and nested loop.

You can built the same circuit on Tinkercad and test you code if it runs or not. Help will be appreciated. Thanks
Note: The code should be real and unique. Should not be the copy paste from the internet.
  • attachment

    20201209_021032.jpg

Engineering homework help

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write 2 paper about your understanding about these topic. tell what did you learn, how this will help you in future
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    -Module1-IntroductiontoPrototyping1.pdf
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    Module5-DirectDigitalPrototypingandManufacturing.pdf
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    Module6-RapidPrototypingProcesses.pdf
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    Module7-BuildingaPrototype.pdf
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    Module8-PrototypingofAutomatedsystems.pdf
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    Module9-UsingPrototypes.pdf
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    Module10-PrototypeOptimization.pdf

Civil Engineering homework help

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It is required to analyse and design a 15-story reinforced concrete building with the dimensions. There are 2 cases, 13 steps in case A and 12 steps in case B. Also a discussion is required, about 500 words.
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    WE_Project.dwg

Engineering homework help

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Please use the colebrook white eqn as the function to perform secant method on.
I’m trying to find the diameter of a pipe using the secant method
Values of x between 0.3 to 0.8
The flow = 0.77 ft^3/s
Kinematic viscosity of air = 1.62*10^-4
k= 0.49*10^-5
Pipe Length = 13 ft
g=32.2 ft/s^2
hf= 199.5
I need you to find the root and show your steps and answer the question of what the
diameter would be.
Please let me know if some required variables are missing because this is a project
and I had to make and calculate my own variables
THE WORK MUST BE DONE IN EXCEL

Mechanical Engineering homework help

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This is the project. But I am looking for calculation only. I have attached the data and the description. My Project data is of Underground Loader. So please take the data of Underground Loader value from the Table attached.
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    Project.pdf

Mechanical Engineering homework help

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This is the project. But I am looking for calculation only. I have attached the data and the description. My Project data is of Underground Loader. So please take the data of Underground Loader value from the Table attached.
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    1.PNG
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    2.PNG
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    Project.pdf

Electronic Engineering homework help

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  1. Transient Overloads: One drawback of RM algorithm is that task priorities are defined by their periods. Sometimes, we must change the task priorities to ensure that all critical tasks get completed. With average execution times, all the critical and non-critical tasks may be RM-schedulable. But, if we consider worst-case execution time we wish to schedule so that all critical tasks meet the deadline and the non-critical task may miss the dead line. The solution is to boost the priority of some critical tasks higher than the non-critical tasks. This is done by altering the “Period” of some critical tasks so that their priorities increase. For example: If we reduce the period of a task by k and have k number of tasks each small sub task will have period divided by K, and execution time divided by k. When the period is smaller, the tasks automatically get higher priority. We can also lengthen the period of non-critical tasks and make it larger than the largest critical task and increase the non-critical task’s execution time also.Carry out a period transformation for this task set to ensure that all the critical tasks will meet the dead line even with worst case execution timing.
    1.Draw for your modified table of tasks, timing diagram to show schedulability for average execution time and another diagram to show for worst-case execution time. Identify if any tasks miss the dead line.
  2. Give explanation of your period transformations and solution.
  3. What is CPU Utilization for average and worst-case execution times.
  4. Considering Context switch time to be 1 ms, redraw the execution time line for this system for both average and worst case timing.
  5. What is the system time-loading (CPU utilization) factor with the context switching included
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    Capture.JPG

Electronic Engineering homework help

/in /by
  1. Transient Overloads: One drawback of RM algorithm is that task priorities are defined by their periods. Sometimes, we must change the task priorities to ensure that all critical tasks get completed. With average execution times, all the critical and non-critical tasks may be RM-schedulable. But, if we consider worst-case execution time we wish to schedule so that all critical tasks meet the deadline and the non-critical task may miss the dead line. The solution is to boost the priority of some critical tasks higher than the non-critical tasks. This is done by altering the “Period” of some critical tasks so that their priorities increase. For example: If we reduce the period of a task by k and have k number of tasks each small sub task will have period divided by K, and execution time divided by k. When the period is smaller, the tasks automatically get higher priority. We can also lengthen the period of non-critical tasks and make it larger than the largest critical task and increase the non-critical task’s execution time also.Carry out a period transformation for this task set to ensure that all the critical tasks will meet the dead line even with worst case execution timing.
    1.Draw for your modified table of tasks, timing diagram to show schedulability for average execution time and another diagram to show for worst-case execution time. Identify if any tasks miss the dead line.
  2. Give explanation of your period transformations and solution.
  3. What is CPU Utilization for average and worst-case execution times.
  4. Considering Context switch time to be 1 ms, redraw the execution time line for this system for both average and worst case timing.
  5. What is the system time-loading (CPU utilization) factor with the context switching included
  • attachment

    Capture.JPG