Clearly present: The given data The unknowns The form

 
Clearly present:

The given data
The unknowns
The form

 
Clearly present:

The given data
The unknowns
The formulas needed, and
Sketches, where applicable

Use consistent units (Do not switch or convert between USCS and SI)
Round off final answers to the proper degree of precision or accuracy (Use 3 decimal points or 3 significant digits for all your calculations and answers)
Underline your final answer with proper unit

 Fluid power systems are all around you. Power steering, pneumatic truck  brakes

 Fluid power systems are all around you. Power steering, pneumatic truck  brakes

 Fluid power systems are all around you. Power steering, pneumatic truck  brakes, elevators, and forklifts are all examples. In this assignment, describe parts of a fluid power system of your choice 
 
State its purpose and identify all of its components. 
Name the working fluid used and list the values of some of its properties such as specific weight, viscosity, and bulk modulus. 
Justify the use of this specific fluid. 
Is Pascal’s law used in the system? If yes, say why. 
List the type and characteristics of the pump used and discuss the advantages of this pump over other types. 
Discuss any weaknesses of the system and suggest improvements. 
Post a schematic of the system

 The widespread use of industrial robots is expected to continue to  increase gl

 The widespread use of industrial robots is expected to continue to  increase gl

 The widespread use of industrial robots is expected to continue to  increase globally for the foreseeable future. Improvements in robotics  technology and the desire to improve workplace safety and productivity  are two of the driving factors that are leading to the increased use of  robotics. New developments in areas such as collaborative robots, sensor  technology, and simplified programming methods will make industrial  robots an attractive option for manufacturers in many industries in the  future. 

  Problem statement Circuit diagram Name of the selected analysis method

 
Problem statement
Circuit diagram
Name of the selected analysis method

 
Problem statement
Circuit diagram
Name of the selected analysis method
Detailed calculation analysis of the current in R2 (Simulation data will not be accepted)
Highlight the final answer

  Use the Delta-Wye transformation to find the resistance as seen at  the inpu

 
Use the Delta-Wye transformation to find the resistance as seen at  the inpu

 
Use the Delta-Wye transformation to find the resistance as seen at  the input. Label each Delta/Wye you identify on the circuit diagram and  discuss your approach and your reasoning for the solution.
Why do industrial plants use power factor correction? Here is a good resource to read. Find other examples and list your resources.

   You will write the characteristic equations for each node by applying KCL and

  
You will write the characteristic equations for each node by applying KCL and

  
You will write the characteristic equations for each node by applying KCL and assuming all currents are leaving the nodes. 
You will solve the simultaneous equations to calculate the node voltages. And then calculate the current in each resistor, if needed.
You will need to connect your measuring instruments as shown below to measure the node voltages and verify your calculations.
Your step by step calculations of the node voltages using Node Voltage Analysis

 A Sequential Function Chart is a language used in Studio 5000 PLC programming w

 A Sequential Function Chart is a language used in Studio 5000 PLC programming w

 A Sequential Function Chart is a language used in Studio 5000 PLC programming which is a graphical representation of the flowcharts or steps,  which is similar to flowchart algorithms used in computer languages.  This language is a very useful tool in a condition where the process is  very large, and the functions are performed in steps. This week you are  going to explore Sequential Function Charts, applications suitable to  implement using SFC, and major components of SFC structures. 
 Discuss the advantages and disadvantages of ladder programming and Sequential Function Chart programming. 

 Nodal Voltage Analysis which many consider as the most powerful and versatile t

 Nodal Voltage Analysis which many consider as the most powerful and versatile t

 Nodal Voltage Analysis which many consider as the most powerful and versatile tool to use for circuit analysis.  
 Discuss your approach for finding the voltage, V0, shown in the circuit below using Node Voltage Analysis. 

 Show detailed calculations and all steps leading to the final answer, include a

 Show detailed calculations and all steps leading to the final answer, include a

 Show detailed calculations and all steps leading to the final answer, include all circuit schematics used for circuit simplification used at various steps.