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Question 19 Suppose we can use at most 6 binary bits in the fraction. Convert the decimal number A=3.1 to a binary number B. 3 pts What is the value of B (xx.xxxxxx)? (exactly 2 bits before the binary point and 6 bits after the binary point.) If we convert B back to the decimal number C, what is the value of C (x.xxxxx)? What is the value of A-C? (in the format of x.xxxxx) Question 20 Suppose we can use at most 6 binary bits in the fraction. Convert 4/3 in decimal to a binary fraction in the form of x.xxxxxx. 3 pts

          Question 19
Suppose we can use at most 6 binary bits in the fraction.
Convert the decimal number A=3.1 to a binary number B.
3 pts
What is the value of B (xx.xxxxxx)? (exactly 2 bits before the binary point and 6 bits after
the binary point.)
If we convert B back to the decimal number C, what is the value of C (x.xxxxx)?
What is the value of A-C? (in the format of x.xxxxx)
Question 20
Suppose we can use at most 6 binary bits in the fraction.
Convert 4/3 in decimal to a binary fraction in the form of x.xxxxxx.
3 pts

$Question 19 Suppose we can use at most 6 binary bits in the fraction. Convert the decimal number A=3.1 to a binary number B. 3 pts What is the value of B (xx.xxxxxx)? (exactly 2 bits before the binary point and 6 bits after the binary point.) If we convert B back to the decimal number C, what is the value of C (x.xxxxx)? What is the value of A-C? (in the format of x.xxxxx) Question 20 Suppose we can use at most 6 binary bits in the fraction. Convert 4/3 in decimal to a binary fraction in the form of x.xxxxxx. 3 pts$

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