Using the algorithm presented in class or class videos, convert the decimal number 120 to binary. We suggest you use pencil and paper to write out the entire process and results. After completing the algorithm, enter the quotient and remainder results from each step in your calculation conversion calculation into the answer blanks below. Do not enter input values to your calculations --enter only the quotient and remainder results coming out of the algorithm process. Because this question is auto-graded, it is important for you to enter answers in a way that will be properly graded. A few items to watch: 1. The first line of answers should not contain the number 120. It should contain the quotient and remainder results from the first calculation on the number 120. 2. You should not specify a formula or calculation as your response in any answer box. Answer boxes should contain only numeric values resulting from the conversion methodology calculations. 3. You should not include any extra Os in any of your quotient/remainder responses. For example, if a result is 6, enter only 6 and not 06. R R R R. R R R Finally, enter the binary equivalent of decimal 120 that resulted from your applying the decimal to binary conversion algorithm. Enter your result as an 9-bit binary number. If your calculated result is not 9 bits/digits in length, pad your calculated results with (correctly placed) additional digits to fill to 9 bits. Your response here should be exactly 9 characters/digits in length