Given that the current ALU operation on two 8-bit operands, 63 and 30 is addition, encode...

 

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Given that the current ALU operation on two 8-bit operands, 63 and 30 is addition, encode the value of the following 16-bit Program Status Word (PSW), using hexadecimal notation. 0 1 2 3 4 5 6 7 SO OP 0|1|Z|HC|1|1|0 8 9 10 11 12 13 14 15 C 1 0 V 1 i) ii) iii) using hexadecimal notation. Perform the operation (Addition) and find the result. Find out the values of the binary Flags: S, P, Z, HC, C, V Fill in the entries in the PSW Register and encode the register contents Given that the current ALU operation on two 8-bit operands, 63 and 30 is addition, encode the value of the following 16-bit Program Status Word (PSW), using hexadecimal notation. 0 1 2 3 4 5 6 7 SO OP 0|1|Z|HC|1|1|0 8 9 10 11 12 13 14 15 C 1 0 V 1 i) ii) iii) using hexadecimal notation. Perform the operation (Addition) and find the result. Find out the values of the binary Flags: S, P, Z, HC, C, V Fill in the entries in the PSW Register and encode the register contents

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i The operation being performed is addition so the binary addition rules are used 63 30 93 ii The values of the binary flags are as follows S 0 P 0 Z 0 HC 1 C 0 V 0 iii The PSW register is encoded as ... View the full answer