Given a decimal number n, we can convert it to binary by applying the following algorithm: whille (n>) print n mod 2 . n=n div 2 End-while The first output represents the least significant (right most) bit of the binary number, while the last output represents the most significant (leit most) of the binary namber. This example will guide you to convert the decimal number 255 to binary. Step 1 You will trace the algorithm using the table below. In this step, you will complete the first row of the table, which includes the decimal number n, the. result of n div 2 and the result of nmod2 Step 2 In this step. you will complete the second row of the table. As explained in the algorithm, now n= div 2 which you already calculated in the first step. Calculate n div 2 and nmod2 with the new value of n. Repeat the process to complete the table. Use as many rows as you need and stop when n=0. Step. 4 Now, you are ready to enter the final answet. Remember that the remainder in the first row corresponds to the least significant (right mast) bit Enter your final anzwer Notet You con eom partiot credit on this