This is part of Arduino lab, but the first script does not need any lab equipment. Any help is appreciated.

1. Design a. Create an algorithm (represent via pseudocode or flowchart) that takes x samples of data, each taken y seconds apart, and then calculates the average of those samples b. In the lab, we will implement this algorithm inside a function definition. List the parameters you think we will need to be passed into this function for it to behave correctly, yet be as "reusable as possible. You can assume it will only be used to monitor analog sensors. Also list the return value(s) you think this function shou return. 2. Test plan a. Describe how you can use print() or lcd_print() within your function definition and/or an analog input device you can control easily (ie. the rotary dial) to help determine if the algorithm is implemented correctly AND if the parameters passed in to the function are being used correctly. 1. Design a. Create an algorithm (represent via pseudocode or flowchart) that takes x samples of data, each taken y seconds apart, and then calculates the average of those samples b. In the lab, we will implement this algorithm inside a function definition. List the parameters you think we will need to be passed into this function for it to behave correctly, yet be as "reusable as possible. You can assume it will only be used to monitor analog sensors. Also list the return value(s) you think this function shou return. 2. Test plan a. Describe how you can use print() or lcd_print() within your function definition and/or an analog input device you can control easily (ie. the rotary dial) to help determine if the algorithm is implemented correctly AND if the parameters passed in to the function are being used correctly