Ten questions are asked. Don't attempted I've recently received a slew of incommplete responses, which is extremely frustrating. Please don't squander your or my time. If you are unable to answer of my questions, please disregard them. I don't want to squander my paid-for post-question time. Also, if you continue to give me incompplete answer, I will give you a thumbs down and will complain. Thank you very much. 1. Why is assembly language not usually used when writing large application programs? 2. Assume that you have three 8-bit storages (memory) named A, B, and C to store binary numbers. Memory A contains 10100100 and memory B contains 10110101. Compute A+B and store the value in C register. What is the content of register, C after the computation? Show the computation in details with carries. 3. Assume that you have 4-bit storage to store the numbers. Calculate the following operations using two's complement method. Show all the computations in details. (assuming 4-bit register is used) -2 + 1 -1 [Hint: Perform the computation in binary system, then convert it back to decimal]
Ten questions are asked. Don't attempted I've recently received a slew of incommplete responses, which is extremely frustrating. Please don't squander your or my time. If you are unable to answer of my questions, please disregard them. I don't want to squander my paid-for post-question time. Also, if you continue to give me incompplete answer, I will give you a thumbs down and will complain. Thank you very much.
1. Why is assembly language not usually used when writing large application
2. Assume that you have three 8-bit storages (memory) named A, B, and C to store binary numbers. Memory A contains 10100100 and memory B contains 10110101. Compute A+B and store the value in C register. What is the content of register, C after the computation? Show the computation in details with carries.
3. Assume that you have 4-bit storage to store the numbers. Calculate the following operations using two's complement method. Show all the computations in details. (assuming 4-bit register is used)
-2 + 1 -1 [Hint: Perform the computation in binary system, then convert it back to decimal]
4. What is the hexadecimal representation of the following binary numbers? Show the conversion in details.
101110100101010111101001110110111
5. What is the 16-bit hexadecimal representation of the following signed decimal integer? Show all the steps of conversion in details. -89
6. What is the decimal representation of each of the following signed binary numbers? Show the computation.
a. 01100111
b. 10011101
7. Evaluate the following Hexadecimal expression. All the numbers are hexadecimal. Show all the steps of computation and the carries. ABC + DEF – F9B
8. Is it possible to store -10 in a 4-bit storage. If your answer is YES, then show how to store -10 in 4-bit register. If your Answer is No, Explain why.
9. What is the smallest decimal value you can represent, using a 140-bit signed integer? You can write the number in exponent form.
10. What is the Boolean expression for P?
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