Figure 2 Both the payload and parity bits are shown. One of these bits is flipped. 000010101110001110100001010000001111111011000100110111000111110000110000100011001101001011000010101011 Figure 3 Both the payload and parity bits are shown; exactly two of the bits have been flipped. 10001100001001010101001101101110100010100111101101011001000110110111010000111010010111001110101100010 1. For figure 1, compute the two-dimensional parity bits for the 16 columns. Combine the bits into one string. The parity bits for the 16 columns is: 2. For figure 1, compute the two-dimensional parity bits for the 5 rows (starting from the top). Combine the bits into one string. The parity bits for the 5 rows is: 3. For figure 1, compute the parity bit for the parity bit row from question 1. Assume that the result should be even. The parity bit for the parity row is: 4. For figure 2, indicate the row and column with the flipped bit (format as: x.y), assuming the top-left bit is 0,0 . The bit that was flipped in figure 2 is: 5. For figure 3, is it possible to detect and correct the bit flips? Yes or No