Q1. Perform the following arithmetic (showing all the steps used): a) Multiplication : 1001 X 0011 (unsigned integer) [Note. this is equal to 9 x 3) b) Multiplications: 1001 x 0011 (two's complement integers-signed number) [Note. this is equal to -7X3] c) Division: 10010011/1011 d) Addition : 110111+1100 e) Subtraction: 39 - 25 (in binary). Remember. Subtraction in Binary is addition of the two's complement.

Q1. Perform the following arithmetic (showing all the steps used): a) Multiplication : 1001 X 0011 (unsigned integer) [Note. this is equal to 9 x 3) b) Multiplications: 1001 x 0011 (two's complement integers-signed number) [Note. this is equal to -7X3] c) Division: 10010011/1011 d) Addition : 110111+1100 e) Subtraction: 39 - 25 (in binary). Remember. Subtraction in Binary is addition of the two's complement.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter7: Arrays

Section: Chapter Questions

Problem 7PP: (Numerical) Using the srand() and rand() C++ library functions, fill an array of 1000 floating-point...

See similar textbooks

Similar questions

lb. Floating point addition/subtraction Take the last 5 digits of your student number (example, A,A‚A‚A,A, in 2021-4,4‚A‚A„A,) and divide it by 4, taking note of the remainder. The value of the remainder will determine which set below is assigned to you. The given values below are written in 32-bit Single-precision Floating-point number representation (IEEE-754) in normalized form. Perform the floating-point operation assigned to you. Express the final answers in IEEE-754. Show your complete solution. Make sure to perform the arithmetic in binary (i.e. not in decimal, but you can do this to double-check your answer). Only solutions that show the binary arithmetic will be given full marks. (Please write down which set is assigned to you above your solution/answer) Given values: A: 11000000010110100101010000000000 B: 11000001110110111010000000000000 C: 01000001100111001000101010000000 D: 01000000010010011000100101000000 Set I (Remainder = 0): A+C Set III (Remainder= 2): B + C Set II…
1). Perform the following multiplications. Assume that all values are unsignednumbers. (No problem with unsigned (always positive) numbers, just use the samestandard techniques as in base 10.) 1010 * 0110 2) Perform the following multiplications. Assume that all values are signed 2’scomplement numbers. 11101 * 11101
Number Systems and Binary Arithmetic 1. Perform the indicated operations. (Note: PEMDAS applies!) {[(11101 + 10111) - 100100 ] x 100 } / 1000
Q3. In Floating Point representations, answer the following questions showing all the steps: (Use the IEEE 754 standard for all) (showing all the steps used): a) Write down the binary representation of the decimal number 31.625 b) Write down the binary representation of the decimal number 31.625 assuming the IEEE 754 double precision format. c) Write down the binary representation of the decimal number 45.45. d) Write down the binary representation of the decimal number -19.625. e) What decimal number does the bit pattern Ox0C000000 represent if it is a floating-point number? f) What number is represented by the following single precision float (single Precision): 11000000101000...0000 g) What number is represented by the following single precision float (single Precision) :11000001110000000000000000...0000
1)Perform the following divisions. Assume that all values are unsigned numbers.a. 100101 / 101 2) Perform the following multiplications. Assume that all values are unsignednumbers. (No problem with unsigned (always positive) numbers, just use the samestandard techniques as in base 10.)a. 1010 * 0110
H. W1: - Write a program to find the summation of n terms from the following series. x2 x6 Sum .... to n term y11 H. W2: - Write a program to find the summation of the following series. Sum = 5+112² + 175 + 237 + 299
Q1: a) Perform step by step conversion of the following numbers if possible. i. (1250)10 to (?)2 (100210)2 to (?)10| (26680)s to (?)10 (A301B)16 to (?)10 ii. ii. iv.
answer this: 1) 100 x 11 2) 111 / 11 (note: if your answer has a remainder, the format should be like this, 100 R = 1 )
The following program has syntax errors. Correct them. On each successive line, assume that any preceding error has been corrected. (12) const char = STAR = '*' const int PRIME = 71; int main { int count, sum; double x; count = 1; sum = count + PRIME; x = 25.67 newNum = count * ONE + 2; sum + count = sum; (x + sum) ++; x = x + sum * COUNT; sum += 3 ; cout " count = " count ", sum = " sum ", PRIME = " Prime endl; }
(Numerical) Using the srand() and rand() C++ library functions, fill an array of 1000 floating-point numbers with random numbers that have been scaled to the range 1 to 100. Then determine and display the number of random numbers having values between 1 and 50 and the number having values greater than 50. What do you expect the output counts to be?
1. Number Bases Complete the following table with Binary, Octal, Decimal and Hexadecimal values. All the numbers in a row should represent the value's numeric value, but in the respec tive base given by the column. You may assume enough bits to fully represent the num ber. Decimal Binary Octal Hexadecimal 121 1011011 257 ВА
the following decimal numbers are stored in excess -50 floating point format, with the decimal point to the left of the first mantissa digit. A 9 is used as a negative sign. Perform the following calculations and present your result in standard decimal sign and magnitude notation.05115611 + 04712310