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7. A remote sensor system on a mountaintop reads an 8- bit BINARY temperature value from an A/D converter every 3 hours and puts the 8 values for 24 hours in a byte array called TEMPS. The problem is that the temperature sensor system has both an offset error and a gain error. Since no one wants to climb the mountain to adjust the sensor system, the 8 values received at the base station must be corrected with a program to determine the actual temperatures. First an offset correction of 3 must be added to each value. Then the result of the addition must be multiplied by a scale factor of 2 to get the correct result. For this exercise you will design a mainline that will read a value from the TEMPS array, call a procedure to calculate the corrected value, and put the corrected value returned from the procedure in the appropriate element in an array called TEMPT Using STANDARD PROGRAM STRUCTURES 7a write the ALGORITHM/TASKLIST for the mainline section of the program. Include the steps required to pass the required parameters for one of the TEMPS values to the procedure, call the procedure, and write the returned value to TEMPT. (Procedure called for each element of TEMPS.) Assume stack and R13 already initialized. (No named registers in this, just actions.)

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