convert the following numbers from binary to deciaml assuming unassi.pdf
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Convert the following MIPS assembler language instructions to their corresponding binary representations: 1. add $t5, $s1, $s2 2. lw $t2, 1024($s5) 3. addi $t1, $s4, 16 4.sll $t6, $s0, $s1 5. nor $t4, $s3, 0 Solution soon provide u.
convert the following numbers from binary to deciaml assuming unassi.pdf
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Convert the following MIPS assembler language instructions to their corresponding binary representations: 1. add $t5, $s1, $s2 2. lw $t2, 1024($s5) 3. addi $t1, $s4, 16 4.sll $t6, $s0, $s1 5. nor $t4, $s3, 0 Solution soon provide u.
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convert the following numbers from binary to deciaml assuming unassi.pdf
- 1. convert the following numbers from binary to deciaml assuming unassigned binary presentation please show steps 1)10101 2)11110000 Solution 1) 10101= 2^4(1)+2^3(0)+2^2(1)+2^1(0)+ 2^0(1) (as you can see you only need to sum all the binary number and mult. each one for the corresponded power) the first number from right to left is 1 the power corresponde to that first position is 2^0 (2 because is binary if the number was in other code the number that you going to elevate to 0 is going to be other). first position left is ^0 second is ^1 third ^2 ....) so the respose is 10101= 2^4(1)+2^3(0)+2^2(1)+2^1(0)+ 2^0(1)= 16+0+4+0+1= 21 2^0=1 2^1=2 2^2=4 2^3=8 2^4=16 2^5=32 2^6=64 2^7=128 2)=11110000=2^7(1)+2^6(1)+2^5(1)+2^4(1)+2^3(0)+2^2(0)+2^1(0)+2^0(0) =128+64+32+16+0+0+0+0= 240