Complete the table below. Assume ASCII encoding of characters, and a 2's complement encoding of negative numbers. Recall what you have learned about 2's complement encoding from other courses. When representing a number in hexadecimal or binary, use the proper number of digits for the TM4C123 architecture (depends on type of variable). The first row has been completed for you. signed char x = 60; unsigned char x = 'S'; unsigned char x = 'E'; unsigned char x = '1'; unsigned char x = '8'; short x = 0 times 288: short x = 0 times EECE: signed char x = 0b00111001: unsigned short x = 0times 2050 + 0 times 2041; signed char x 0 times 8 + 4: signed char x = 0 times 68/8; signed short x= -1 signed short x =-128: signed char x = 20: signed char x = -1; unsigned char x = -15