Convert the following two’s complement binary fixed-point numbers to base 10. The implied binary point is explicitly shown to aid in your interpretation. 0110.1011 1111.1111

Convert the decimal number  -19.625 to a floating-point number expressed in the 14-bit simple model given in your text (1 bit for the sign, 5 bits for exponent using excess-15 notation, and 8 bit mantissa with no implied bit).          Question 16 Convert the following decimal  Real number to fixed point binary: 19.62510 Assume 8 bits for the whole part and  8 bits for the fraction

Write down the binary representation of the decimal number 25.25 assuming the IEEE 754 single precision format and double precision format.

1. Add the following binary numbers: 01110110 + 00101001 2.  Subtract the following binary numbers: 1001111 - 10111 3.  Convert 54271068 in hexadecimal.

What is the signed decimal equivalent of the following two's complement binary value? 11111010.0011 B

There are multiple schemes that can be used to represent integers in binary, including 1. Assuming that we use 12 bits to represent a number in two's complement scheme, answer the following questions: (a) What are the largest and smallest integers that can be represented? (b) How many different values can be represented? (c) How to represent 2710? (d) How to represent -4510 if supported?

To convert the decimal number 30 to an 8-bit binary number, use the following representation methods: a) the inverse of its complement: b) Excess-M:?

2. bases Give the requested equivalence for each of the following decimal numbers: 114 = (hexadecimal) -38 = (two's complement binary) 3.375 = (fixed point binary) and give the decimal equivalence for the following fixed point binary numbers 110.011 = (decimal fixed point number) 0.011101 (decimal fraction)

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