Convert the sum into 32-bit binary and also Convert the sum into 32-bit, IEEE-754 single precision floating point format

The following is a string ASCII characters whose bit patterns have been converted into hexadecimal for compactness:           CD 69 E4 54 E5 72 6D Of the eight bits in each pair of digits, the left most is a parity bit and the remaining bits are the ASCII code. Convert the string to bit form and decode the word in ASCII. What is the parity for each letter of the word?

Express the binary floating-point value 1101.01101 as a sum of decimal fractions. The sum of decimal fractions is 13/1 + 1/2 + 1/8 + 1/32. а. The sum of decimal fractions is 13/1 + 1/2 + 1/4 + 1/32. b. The sum of decimal fractions is 13/1 + 1/4 + 1/16 + 1/32. The sum of decimal fractions is 13/1 + 1/4 + 1/8 + 1/32. O d.

Consider the half-precision floating-point format, which has five bits for the exponent and ten bits for the significand. Find the decimal (i.e., base 10) number represented by the following bits in the half-precision floating- point format: (a) 0100110001110000. (b) 1000001111 1111. (c) 0111110000000000.

Give the quantity represented by the following IEEE 754 single precision floating point value: 10000 0000 0100 0000 0000 0000 0000 00 x 2 Do this by dragging two items from the below list into the correct spaces in the above expression. -128 -126 -1.0 -1.01 -1.1 -129 -127

dont post the exisitng answers  directly dislike

Problem: You have the table below of values of telemetry from the satellite. The temperatures are encoded linearly in unsigned binary bytes as a function of time. The samples come in every five minutes starting at time = 0. The temperatures are in degC and the temperature of -50 degC corresponds to a telemetry value of 0, while a temperature of 100 degC corresponds to a telemetry value of 255. (All values are decimal unless explicitly stated otherwise.) Write down the equation that describes the temperature as a function of telemetry value in the form of T = a* TV + b. What is the value of a? What is the value of b? After your data has been downlinked, as shown in the table below, fill in the Time and Temperature columns (to one place past the decimal point for the Temperature). Sample Telemetry value Time (minutes) Temperature (degC) 1 2 3 4 5 6 7 8 9 10 11 12 13 10 12 14 17 21 41 81 181 210 220 215 222 225 0 5 10 60 -44.1 -42.9 -41.8 82.3

The table below is similar to the one in Part A, but this time each row provides a decimal value. For each row, provide the equivalent binary value in the second column. And again, please provide your final answer in the table and show and submit all your work on a separate page. Base 2 (Binary) Туре unsigned byte unsigned byte byte byte Base 10 (Decimal) 204 17 65 -90

Suppose that we use the floating-point format with 12 decimal digits, SEEEMMMMMMMM, to rep- resent a real number, where S is the digit to represent the sign of the mantissa (use 0 for pos- itive and 5 for negative), EEE are the 3 digits to represent the exponent in excess-500 format, MMMMMMMM are the 8 digits to represent the magnitude of the mantissa, and the decimal point of the mantissa is right to the left of MMMMMMMM (i.e., SEEEMMMMMMMM representing the real number +0.MMMMMMMM × 10EEE-500.) When you use this format to represent a real number, in which scenario an overflow will occur and in which scenarios an underflow may occur?

In this question, you are provided with an IEEE-754 floating-point number in the form of 8 hexadecimal digits. You are asked to decode this value into its decimal representation. Do NOT use scientific notation. Do NOT round or truncate your answer. Do NOT add any spaces or commas to your answer. If the converted number is positive, do NOT add the plus sign. Your answer will consist of two parts, the integer value and the fraction value. Do not add any insignificant zeros to your answer. For the fraction part, you can start it by a decimal point or by a single 0, followed by a decimal point. Convert, i.e., decode, 0x48804008 from the 32-bit single-precision IEEE-754 FP representation into decimal representation. The integer part of the number is: D The fractional part of the number (including the decimal point) is: b