Part I- Number Conversions (Show your work completely) From the table below, locate and pick the decimal number recorded against your name, then: 1) Convert the decimal number into a binary number with three places to the right of the binary point. 2) Convert the binary number into a hexadecimal number. 3) Convert the binary number to a floating-point number using the IEEE -754 Floating-Point Standard

Part I- Number Conversions (Show your work completely) From the table below, locate and pick the decimal number recorded against your name, then: 1) Convert the decimal number into a binary number with three places to the right of the binary point. 2) Convert the binary number into a hexadecimal number. 3) Convert the binary number to a floating-point number using the IEEE -754 Floating-Point Standard

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter3: Assignment, Formatting, And Interactive Input

Section3.2: Formatting Numbers For Program Output

Problem 8E

See similar textbooks

Similar questions

Perform the following number conversions. (You are required to show your conversion steps clearly.) a) (i) 7563s to decimal number (ii) 87AB16 to octal number (iii) 12344 to binary number (iv) 38.2310 to binary number
Perform the following number conversions. (You are required to show your conversion steps clearly.) 7563g, 87AB16, 12344 and 38.231o to decimal number.
Floating point calculation: a Show the IEEE 754 representation for the decimal value -0.375 in single precision b. Find the decimal representation for the following single precision floating point number 1011,1111,0111,0000,0000,0000,0000,0000 c. Perform the addition and multiplication of the two floating point numbers in (a) and (b) in binary scientific notation, and represent the sum and product in single precision.
3. floating point Convert the following decimal fixed point number to an IEEE single precision floating point format. Please show your intermediate calculations: 10.875 = Give the decimal fixed point equivalent of the following IEEE single precision floating point format number. Again, please show your intermediate calculations: 10000110 10101011000000000000000 (decimal)
Convert the following decimal numbers into binary and then octal: 5,432 and 79. Please, show all the necessary step.
Enter the Single Precision Floating Point (SPFP) in hexadecimal for the decimal value +36.25. Enter the results in hexadecimal (include leading and trailing zeros): Ox
convert to decimal: 123, 1234, 12345, and DDD16 convert the decimal integer 3177 to base 2, 6, and 16. Remember to use A,B,..., F to represent base 16 digits from 10 to 15, if needed.
how many different 8 character codes can be made by scrambling the symbols %,%,%,%,&,&,#,#
Enter the Double Precision Floating Point (DPFP) in hexadecimal for the decimal value +26.75.
8. Using variable size code, find Huffman Code for each character. Characters Frequencies a 10 15 12 3 4 13 1
Convert the decimal number -149 to the mini-IEEE floating point format Sign Exponent Mantissa Number It is possible that the mini-IEEE representation you entered above does not exactly represent the given decimal number. Enter the actual decimal number represented in the box below (note that this will be the given decimal number if it is possible to be represented exactly). Number
Display all the prime numbers between 1 and 1000.