1 Shift left logical the following bit pattern by one position: 0011 1111

1. 0111 1110
2. 0111 1111
3. 0011 1110
4. 1011 1111

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2 Write the assembly language instruction that copies the bit pattern in register $13 to register $15

1. ori $15,$13,$0
2. andi $13,$15,$15
3. and $13,$15,$15
4. or $15,$13,$0

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3 Write the assembly language statement that will invert the values of each bit in register $5 and put the result in register $8.

1. nori $8,$5,$0
2. nor $8,$5,$0
3. xor $8,$5,$0
4. nor $5,$8,$0

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4 Here is a program that loads register $5 with a bit pattern. Complete the program so that register $4 receives the pattern in register $5 shifted left logical by three positions. ori $5, $0, 0x92AF # put a bit pattern into register $5 sll ___, ___, ___ # shift left logical by three, put # result in register $4

1. sll $5, $3, $4
2. sll 3, $5, $4
3. sll 5, 3, 4
4. sll $4, $5, 3

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5 Shift right logical the following bit pattern by one position: 0011 1111

1. 0000 1111
2. 1111 1110
3. 0001 1110
4. 0001 1111

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6 Shift left logical the following bit pattern by two positions: 0011 1111

1. 0111 1110
2. 0111 1111
3. 0011 1110
4. 1011 1111

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