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anzhelika [568]
3 years ago
13

Convert the following MIPS assembly code snippet into machine language (hex). Write the code in a memory arrangement sequentiall

y starting from memory address 0x0000_F000.
add $s0, $s0, $s1
lw $s0, 0x20($t7)
addi $30, $30, -10
ori $s1, $a0, 100
j 0x400C
Engineering
1 answer:
attashe74 [19]3 years ago
3 0

Answer:

Explanation:

1) add $s0,$s0,$s1 \rightarrow R-format

opcode      rs       rt           rd                    shamt                  function

000000  $s0             $s1         $s0                  00000                  100000

000000  10000   10001         10000          00000                   100000

  = 0X42118020

2) lw $s0,0X20($t7)\rightarrow I-format

opcode          rs                  rt                                  offset

100000        $s0                 $t7                                   0X20

100000      10000        01111                          0000000000010000

  = 0X820F0010

3) addi $s0,$s0,-10 \rightarrow I-format  

opcode            rs                         rt                                       offset

001000         $s0                    $s0                                     -10

001000        10000              10000                     1111111111110110

= 0X2210FFF6

4) ori $s1,$a0,100 \rightarrow I-format

opcode     rs                 rt                      offset

001101   $s0         $a0                      100

001101  10000       00100 0000000001100100

= 0X36040064

5) j 0X400C \rightarrow J-format

 opcode                                              rs

 000010                                        0X400C

 000010                          0000000000100000000001100

= 0X0800400C

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g a heat engine is located between thermal reservoirs at 400k and 1600k. the heat engine operates with an efficiency that is 70%
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Answer:

<em>Heat rejected to cold body = 3.81 kJ</em>

Explanation:

Temperature of hot thermal reservoir Th = 1600 K

Temperature of cold thermal reservoir Tc = 400 K

<em>efficiency of the Carnot's engine = 1 - </em>\frac{Tc}{Th}<em> </em>

eff. of the Carnot's engine = 1 - \frac{400}{600}

eff = 1 - 0.25 = 0.75

<em>efficiency of the heat engine = 70% of 0.75 = 0.525</em>

work done by heat engine = 2 kJ

<em>eff. of heat engine is gotten as = W/Q</em>

where W = work done by heat engine

Q = heat rejected by heat engine to lower temperature reservoir

from the equation, we can derive that

heat rejected Q = W/eff = 2/0.525 = <em>3.81 kJ</em>

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The energy flux associated with solar radiation incident on the outer surface of the earth’s atmosphere has been accurately meas
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Answer:

A) 3.868x10^26 W

B) 8176.678 K

C) 3.544x10^-7 m

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Explanation:

Detailed explanation and calculation is shown in the image below.

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Explanation:

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\rho_1=\dfrac {P_1}{RT_1}

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