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Rt Rt Rt 16IR15-00000001001 01010 00011 00000031-26b25-21b20-16b15-11b10-6b5-0 Rd Rd 00000000000000000000000001010000000000000000000000001010if shiftamt rs is unused0000001001 01010 00011 0000

COUNTRY C t Enname for India is Bharat the name of the legendary king in the Mahabharata Date of Independence ProclaimFlag India146s national flag has three horizontal bands The upper band is orang

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Inits accounting statementstheOfficeof Information and Regulatory Affairs OIRA summarizes regulatory reform progress under Executive Order 13771 In order to ensure consistent and comparable accounting

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A PRIORI BOUNDS ON THE PERFORMANCE OFOPTIMAL SYSTEMSbyROBERTO CANALES RUIZIE Universidad de los Andes1963BS Massachusetts Institute of Technology1963MS Massachusetts Institute of Technology1965SUBMITT

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The CONTRIBUTIONS Definition UNITED UNITED SecretaryGEOLOGICAL DirectorFor CONTENTSPageAbstract --------- 4 Skolai References ILLUSTRATIONSPage TABLESPage CONTRIBUTIONS THE IN THE By ABSTRACTThe the G

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110003-3Space Segment128642094110002-3Program Management22287552025395110006-3Training - Materials Labor110005-3Terrestrial Service 378890110004-3Teleport Service30642819000110008-3Network Management

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1
**# R[d] # R[d] # R[d] () # R[d] $r800000**

# R[d] # R[d] # R[d] () # R[d] $r800000000000000000000010000104211111111111111111111111111111111111111111111111110111101
# R[t] # R[t] # R[t] 16::IR15-0
0000001001 01010 00011 00000031-26b25-21b20-16b15-11b10-6b5-0# R[d] # R[d] 00000000000000000000000001010000000000000000000000001010if shift_amt,

2
**$rs is unused
0000001001 01010 00011 00**

$rs is unused
0000001001 01010 00011 00001031-26b25-21b20-16b15-11b10-6b5-0&#x-- R;&#x[t] ;&#x-- R;&#x[t] ;# R[d] &#x-- R;&#x[t] ;&#x-- R;&#x[t] ;# R[d] 000000000000000000000000010101110000000000000000000000000010
0000001001 01010 00011 00001131-26b25-21b20-16b15-11b10-6b5-0&#x-- R;&#x[t] ;&#x-- R;&

3
**#x[t] ;# R[d] &#x-- R;&#x[t] ;&#x-- R;&#**

#x[t] ;# R[d] &#x-- R;&#x[t] ;&#x-- R;&#x[t] ;# R[d] 000000000000000000000000010100110000000000000000000000000010000000000000000000000000010111110000000000000000000000000010
$r3$r4$r5$r800000000000000000000010000104266example:addi $8,$0,0x42 # put two's comp. hex 42 into register 8addi $9,$0,

4
**5 # put two's comp. 5 into registe**

5 # put two's comp. 5 into register 9sll $2,$8,3 # shift bits of reg 8 left by 3, result in reg 2sllv $3,$8,$9 # shift bits of reg 8 left by amount in reg 9, # result in reg 3srl $4,$8,3 # shift bits of reg 8 right by 3, result in reg 4srlv $5,$8,$9 # sh

5
**ift bits of reg 8 right by amount in reg**

ift bits of reg 8 right by amount in reg 9, # result in reg 5
$r3$r4$r5$r80000000000000000000001000010426600000000000000000000000001015addi $8,$0,0x42 # put two's comp. hex 42 into register 8addi $9,$0,5 # put two's comp. 5 into register 9sll $2,$8,3 # shift bits of reg

6
**8 left by 3, result in reg 2sllv $3,$**

8 left by 3, result in reg 2sllv $3,$8,$9 # shift bits of reg 8 left by amount in reg 9, # result in reg 3srl $4,$8,3 # shift bits of reg 8 right by 3, result in reg 4srlv $5,$8,$9 # shift bits of reg 8 right by amount in reg 9, # result in reg 5
00000000000000000

7
**01000010000210528$r4$r5$r800000000000000**

01000010000210528$r4$r5$r80000000000000000000001000010426600000000000000000000000001015addi $8,$0,0x42 # put two's comp. hex 42 into register 8addi $9,$0,5 # put two's comp. 5 into register 9sll $2,$8,3 # shift bits of reg 8 left by 3, result in reg 2sllv $3,$8,$9 # sh

8
**ift bits of reg 8 left by amount in reg **

ift bits of reg 8 left by amount in reg 9, # result in reg 3srl $4,$8,3 # shift bits of reg 8 right by 3, result in reg 4srlv $5,$8,$9 # shift bits of reg 8 right by amount in reg 9, # result in reg 5
000000000000000000100001000021052800000000000000001000010000008402112$r

9
**5$r8000000000000000000000100001042660000**

5$r80000000000000000000001000010426600000000000000000000000001015addi $8,$0,0x42 # put two's comp. hex 42 into register 8addi $9,$0,5 # put two's comp. 5 into register 9sll $2,$8,3 # shift bits of reg 8 left by 3, result in reg 2sllv $3,$8,$9 # shift bits of reg 8 left

10
** by amount in reg 9, # result in r**

by amount in reg 9, # result in reg 3srl $4,$8,3 # shift bits of reg 8 right by 3, result in reg 4srlv $5,$8,$9 # shift bits of reg 8 right by amount in reg 9, # result in reg 5
000000000000000000100001000021052800000000000000001000010000008402112000000000000000000000000

11
**10008$r800000000000000000000010000104266**

10008$r80000000000000000000001000010426600000000000000000000000001015addi $8,$0,0x42 # put two's comp. hex 42 into register 8addi $9,$0,5 # put two's comp. 5 into register 9sll $2,$8,3 # shift bits of reg 8 left by 3, result in reg 2sllv $3,$8,$9 # shift bits of reg 8

12
**left by amount in reg 9, # result **

left by amount in reg 9, # result in reg 3srl $4,$8,3 # shift bits of reg 8 right by 3, result in reg 4srlv $5,$8,$9 # shift bits of reg 8 right by amount in reg 9, # result in reg 5
00000000000000000010000100002105280000000000000000100001000000840211200000000000000000000

13
**0000100080000000000000000000000000010200**

000010008000000000000000000000000001020000000000000000000001000010426600000000000000000000000001015addi $8,$0,0x42 # put two's comp. hex 42 into register 8addi $9,$0,5 # put two's comp. 5 into register 9sll $2,$8,3 # shift bits of reg 8 left by 3, result in reg 2sllv $3,$8,

14
**$9 # shift bits of reg 8 left by am**

$9 # shift bits of reg 8 left by amount in reg 9, # result in reg 3srl $4,$8,3 # shift bits of reg 8 right by 3, result in reg 4srlv $5,$8,$9 # shift bits of reg 8 right by amount in reg 9, # result in reg 5
addiuaddi andiorixoriShift (logical)Right variablesrlvRight

Rt Rt Rt 16IR15-00000001001 01010 00011 00000031-26b25-21b20-16b15-11b10-6b5-0 Rd Rd 00000000000000000000000001010000000000000000000000001010if shiftamt rs is unused0000001001 01010 00011 0000

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