Generate the binary sequence for each decimal sequence: a.    0 through 7                                   b.    32 through 36

Determine the​ base-five representation for each of the given numbers. Remember that a numeral with no subscript is understood to be in base ten.​a) 501  ​b) 89​c) 5​d) 70

Perform the following divisions. Assume that all values are unsigned numbers.a. 100101 / 101b. 11001 / 110

FIXED POINT & FLOATING POINT Convert the number 22.72 to a single precision binary.

1. List the steps to follow in the following ABB to find the number 28 50 30 65 (10 35 53 (70 1 25 15 28

6. Using only the binary shift left operation, how can one multiply a number by decimal 16?

Convert the following numbers to the numbers with indicated bases.

8. Predict the next binary number in the series for each of the following binary number: a) 11011 b) 10011 c) 1111 d) 10101 e) 111111

1. Write the Binary numbers from 1002 to 10002. (Count in BINARY) 2. Write the Binary numbers from 10112 to 101012. (Count in BINARY) 3. Write the Hexadecimal numbers from DD16 to 10116. (Count in HEXADECIMAL) Write the Hexadecimal numbers from EFD16 to F1016- (Count in HEXADECIMAL) Write the truth table, draw the symbol, and write the Boolean expression for each of the following. Assume each gate has 3 Inputs. a. AND c. NAND b. OR d. NOR

Answer the following questions on floating-point representation: a) Convert AD510010 16 to an IEEE single-precision floating-point number b) Convert the following IEEE single-precision floating-point number to a decimal number: 10111111110100000000000000000000