Question: Class_10B_Solar_Power.txt Class_10B_Mass.txt Class_10B_Inner_Radius.txt Class_10B_Outer_Radius.txt Please use MATLAB. Thank you. Problem 2 Background Consistency plays an important role in manufacturing to ensure all consumers receive the

 Class_10B_Solar_Power.txt Class_10B_Mass.txt Class_10B_Inner_Radius.txt Class_10B_Outer_Radius.txt Please use MATLAB. Thank you. Problem 2

Class_10B_Solar_Power.txt

Background Consistency plays an important role in manufacturing to ensure all consumers

receive the same product that will operate as intended. Problem Statement You

are an electrical engineer working on designing and testing a new solar

panel that could prove to be cheaper and more efficient than those

currently in production. You have been tasked with examining 120 solar panels

to check their power output and make sure it is within company

specifications. The desired power output of a single 0.25 m2 solar panel

is 50 Watts. There is a data set with two columns called

Class_10B_Mass.txt

Class_10B_Solar_Power.txt. The first column is the panel ID barcode. The second column

Class_10B_Inner_Radius.txt

is the power output in Watts. Your manager has specified that all

Class_10B_Outer_Radius.txt

solar panels falling outside the required power generation range of 49 to

Please use MATLAB. Thank you.

Problem 2 Background Consistency plays an important role in manufacturing to ensure all consumers receive the same product that will operate as intended. Problem Statement You are an electrical engineer working on designing and testing a new solar panel that could prove to be cheaper and more efficient than those currently in production. You have been tasked with examining 120 solar panels to check their power output and make sure it is within company specifications. The desired power output of a single 0.25 m2 solar panel is 50 Watts. There is a data set with two columns called Class_10B_Solar_Power.txt. The first column is the panel ID barcode. The second column is the power output in Watts. Your manager has specified that all solar panels falling outside the required power generation range of 49 to 51 Watts should be pulled out of the lot and inspected further In the script file, perform the following tasks: -Load the ID number and power outputs from Class_10B_Solar_Power.txt. Determine and print out the ID number and power output of any solar panels that fall outside the acceptable minimum and maximum for power generation. You must use If/else statements and while loops for this

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