Representing Linear Functions 1. A client starts with $200.00 in a no-interest savings account and deposits $40 into the account each month with no withdrawals. A function f has input x = months that have passed and output y = amount of money in the account. a. Using Excel or another spreadsheet app, create a table to represent f where the first column contains inputs x = 0,1,2...20 and the second column represents the y value associated with the input x. Save a copy of the table (screenshot, snapshot, ...) in a format that can be later converted to PDF through Microsoft Lens, Adobe Acrobat or another application. b. Using Excel or another spreadsheet, reate a graph to represent f and once again, save a copy of this graph. Represent the function f with a formula. d. Give an example (with a short explanation) of what types of clients you might i. Discuss their account using a table ii. Discuss their account using a graph iii. Discuss their account using a formula C. 2. Create a single pdf file that contains your answers and the photographs/screenshots of problem 1 and upload this to canvas. Representing Linear Functions 1. A client starts with $200.00 in a no-interest savings account and deposits $40 into the account each month with no withdrawals. A function f has input x = months that have passed and output y = amount of money in the account. a. Using Excel or another spreadsheet app, create a table to represent f where the first column contains inputs x = 0,1,2...20 and the second column represents the y value associated with the input x. Save a copy of the table (screenshot, snapshot, ...) in a format that can be later converted to PDF through Microsoft Lens, Adobe Acrobat or another application. b. Using Excel or another spreadsheet, reate a graph to represent f and once again, save a copy of this graph. Represent the function f with a formula. d. Give an example (with a short explanation) of what types of clients you might i. Discuss their account using a table ii. Discuss their account using a graph iii. Discuss their account using a formula C. 2. Create a single pdf file that contains your answers and the photographs/screenshots of problem 1 and upload this to canvas