UL & DIV instruction in Assembly Language Table 1 EAX EBX ECX EDX 10H 20H 2H 0H Refer to Table 1 above for the following tasks. Write your own code in Visual Studio 2019 to execute the instruction, then fill in the blanks with the correct value of the registers. Also, note the changes. **Note: Always start with the initial value of the registers given in Table 1 above for each question (a-f) This means you have to execute only one instruction per debugging session e.g. execute MUL BX and then debug and get the values of the registers and then stop. Then start again with MUL CX. Answer all questions in 32bit format XXXX XXXX e.g. 0000 1000 with only one white space in between a. MUL BX EAX EBX ECX EDX Answer Answer Answer Answer b. MUL CX EAX EBX ECX EDX c. MUL AX EAX EBX ECX EDX d. DIV BX EAX EBX ECX EDX e. DIV CX EAX EBX ECX EDX f. DIV AX EAX EBX ECX EDX Refer to Table 1 above for the following tasks. Write your own code in Visual Studio 2019 to execute the instruction below, then fill in the blanks with the correct value of the registers. Also, note the changes. **Note: Always start with the initial value of the registers given in Table 1 above for each question (a-f) This means you have to execute only one instruction per debugging session e.g. execute MUL BX and then debug and get the values of the registers and then stop. Then start again with MUL CX. Answer all questions in 32bit format XXXX XXXX e.g. 0000 1000 with only one white space in between a. MUL EBX EAX EBX ECX EDX Answer Answer Answer Answer b. MUL ECX EAX EBX ECX EDX Answer Answer Answer Answer c. MUL EAX EAX EBX ECX EDX Answer Answer Answer Answer d. DIV EBX EAX EBX ECX EDX Answer Answer Answer Answer e. DIV ECX EAX EBX ECX EDX Answer Answer Answer Answer f. DIV EAX EAX EBX ECX EDX Answer Answer Answer Answe
MUL & DIV instruction in Assembly Language
Table 1
EAX |
EBX |
ECX |
EDX |
10H |
20H |
2H |
0H |
Refer to Table 1 above for the following tasks.
Write your own code in Visual Studio 2019 to execute the instruction, then fill in the blanks with the correct value of the registers. Also, note the changes.
**Note: Always start with the initial value of the registers given in Table 1 above for each question (a-f) This means you have to execute only one instruction per debugging session e.g. execute MUL BX and then debug and get the values of the registers and then stop. Then start again with MUL CX.
Answer all questions in 32bit format XXXX XXXX e.g. 0000 1000 with only one white space in between
a. MUL BX
EAX |
EBX |
ECX |
EDX |
Answer |
Answer |
Answer |
Answer |
b. MUL CX
EAX |
EBX |
ECX |
EDX |
c. MUL AX
EAX |
EBX |
ECX |
EDX |
d. DIV BX
EAX |
EBX |
ECX |
EDX |
e. DIV CX
EAX |
EBX |
ECX |
EDX |
f. DIV AX
EAX |
EBX |
ECX |
EDX |
Refer to Table 1 above for the following tasks.
Write your own code in Visual Studio 2019 to execute the instruction below, then fill in the blanks with the correct value of the registers. Also, note the changes.
**Note: Always start with the initial value of the registers given in Table 1 above for each question (a-f) This means you have to execute only one instruction per debugging session e.g. execute MUL BX and then debug and get the values of the registers and then stop. Then start again with MUL CX.
Answer all questions in 32bit format XXXX XXXX e.g. 0000 1000 with only one white space in between
a. MUL EBX
EAX |
EBX |
ECX |
EDX |
Answer |
Answer |
Answer |
Answer |
b. MUL ECX
EAX |
EBX |
ECX |
EDX |
Answer |
Answer |
Answer |
Answer |
c. MUL EAX
EAX |
EBX |
ECX |
EDX |
Answer |
Answer |
Answer |
Answer |
d. DIV EBX
EAX |
EBX |
ECX |
EDX |
Answer |
Answer |
Answer |
Answer |
e. DIV ECX
EAX |
EBX |
ECX |
EDX |
Answer |
Answer |
Answer |
Answer |
f. DIV EAX
EAX |
EBX |
ECX |
EDX |
Answer |
Answer |
Answer |
Answe |
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