). Te TUMUWIng are instructions written in Vole machine language. Translate them into English. a. 0x7123 b. Ox40E1 c . OxA304 - d. 0xB100 e. 0x2BCD 8. Suppose a machine language is designed with an op-code field of 4 bits. How many different instruction types can the language contain? What if the op-code field is increased to 6 bits? 9. Translate the following instructions from English into Vole. a. LOAD register Ox6 with the value Ox77. b. LOAD register 0x7 with the contents of memory cell 0x77. C. JUMP to the instruction at memory location 0x24 if the contents of register Ox0 equals the value in register OxA. d. ROTATE register Ox4 three bits to the right. e. AND the contents of registers OxE and Ox2 leav- ing the result in register 0x1. 10. Rewrite the program in Figure 2.7 assuming that the values to be added are encoded using floating-point notation rather than two's omul ). Te TUMUWIng are instructions written in Vole machine language. Translate them into English. a. 0x7123 b. Ox40E1 c . OxA304 - d. 0xB100 e. 0x2BCD 8. Suppose a machine language is designed with an op-code field of 4 bits. How many different instruction types can the language contain? What if the op-code field is increased to 6 bits? 9. Translate the following instructions from English into Vole. a. LOAD register Ox6 with the value Ox77. b. LOAD register 0x7 with the contents of memory cell 0x77. C. JUMP to the instruction at memory location 0x24 if the contents of register Ox0 equals the value in register OxA. d. ROTATE register Ox4 three bits to the right. e. AND the contents of registers OxE and Ox2 leav- ing the result in register 0x1. 10. Rewrite the program in Figure 2.7 assuming that the values to be added are encoded using floating-point notation rather than two's omul