4. Convert each of the 4 points each) lowing binary representations to its equivalent base ten form. representatioms (a) 10110 (b) .1011 91 S. Perform the following addition in binary system (4 points) 10110.101 + 10110.110 6. (1) Convert the number 30 in its binary notation.(4 points) 2) Code the number-30 in its Two's complement notation using an 8-bit pattern. (4 points) 7. Decode the following Two's complement notations to its equivalent base ten form 11110011 9. In the following problem each bit pattern represents a value stored in two's complement notation. Perform the addition and indicate if error of overflow has occurred or not. (4 points) 0101 +0110 10. Convert base value 5 to its binary notation and then code it using the floating-point notation with patterns of 8 bits. (4 points) 11. Translate the following instruction into machine language described in Appendix C (4 points) JUMP to the instruction located in memory cell at the address A2 if the contents of register 5 is equal the contents of register O