Is anyone good at using Matlab. can you workout these questions ans share screenshots of your work. answering anyof these questions will be helpful.

this is what Matlab looks like. can anyone do the questions and send screenshots of what they get. e.g on question saying plot the theoretical stress strain curve. if you know how ro do it, do it and share a screenshot

Q2) A 200mm long, 10mm diameter mild steel bar is firmly fixed to the floor. It is subjected to a tensile load of ON to 10KN over 5sec. 1. Design a / bridge strain gauge system to monitor the movement in the bar and specify the system using real components as listed in the RS or Farnell catalogue (online) or other engineering parts sources. (10 Mark) 2. Discuss the range, full scale deflection, accuracy and precision errors in your system (5 Mark) 3. Discuss any other contributing errors that might be found in an instrumentation system of this type. (5 Mark) 4. Use MATLab to: 1. a. Plot the theoretical stress strain curve(5 Mark) b. Plot elongation against expected electrical strain (5 Mark) Provide the information in a short report using MATLAB to calculate the expected elongation in the bar, range values in the strain gauge bridge, the amplifier, and commenting on instrumentation errors. Search DC ? Simulink Layout New Variable Analyze Code Save Open Variable Favorites Run and Time Workspace Clear Workspace Clear Commands VARIABLE CODE MATLAB harnid work Command Window New to MATLAB? See resources for Getting Started fx >> Preferences Set Path Ill Parallel ENVIRONMENT Add-Ons Help Led SIMULINK RESOUL Q2) A 200mm long, 10mm diameter mild steel bar is firmly fixed to the floor. It is subjected to a tensile load of ON to 10KN over 5sec. 1. Design a / bridge strain gauge system to monitor the movement in the bar and specify the system using real components as listed in the RS or Farnell catalogue (online) or other engineering parts sources. (10 Mark) 2. Discuss the range, full scale deflection, accuracy and precision errors in your system (5 Mark) 3. Discuss any other contributing errors that might be found in an instrumentation system of this type. (5 Mark) 4. Use MATLab to: 1. a. Plot the theoretical stress strain curve(5 Mark) b. Plot elongation against expected electrical strain (5 Mark) Provide the information in a short report using MATLAB to calculate the expected elongation in the bar, range values in the strain gauge bridge, the amplifier, and commenting on instrumentation errors. Search DC ? Simulink Layout New Variable Analyze Code Save Open Variable Favorites Run and Time Workspace Clear Workspace Clear Commands VARIABLE CODE MATLAB harnid work Command Window New to MATLAB? See resources for Getting Started fx >> Preferences Set Path Ill Parallel ENVIRONMENT Add-Ons Help Led SIMULINK RESOUL