1. Perform the following addition of the two but patterns that are expressed usi

Question

1. Perform the following addition of the two but patterns that are expressed using 4-bits two complement notation.
2. The following fraction 111.011 is represented in binary notation. Decode the fraction and enter the equivalent base 10 number in decimal form.
3. What value (in base 10) will be stored in register 0 when the following program completes execution. Answer should be in base 10 representation. Assuming that no overflow or truncation occurs.
Machine language: 2105 220A 5012 C000 1. Perform the following addition of the two but patterns that are expressed using 4-bits two complement notation.
2. The following fraction 111.011 is represented in binary notation. Decode the fraction and enter the equivalent base 10 number in decimal form.
3. What value (in base 10) will be stored in register 0 when the following program completes execution. Answer should be in base 10 representation. Assuming that no overflow or truncation occurs.
Machine language: 2105 220A 5012 C000
2. The following fraction 111.011 is represented in binary notation. Decode the fraction and enter the equivalent base 10 number in decimal form.
3. What value (in base 10) will be stored in register 0 when the following program completes execution. Answer should be in base 10 representation. Assuming that no overflow or truncation occurs.
Machine language: 2105 220A 5012 C000

Explanation / Answer

2) 111.011

Steps to Convert the integral part of binary to decimal equivalent

Here integral part is 111, so we will convert it to decimal:

1*22+1*21+1*20 = 7

Steps to Convert the fractional part of binary to decimal equivalent

Here fractional part is 011, so we will convert it to decimal:

0*1/2+1*1/22+1*1/23 = .375

So 111.011 = 7.375

Related Questions

Navigate

• Browse (All)
• Browse 1
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.