Please use Matlab to solve the question. Develop an algorithm to transform a number to binary floating point form for both single and double precision. Write a user-defined MatLab function that has as input arguments the number y and the precision p (1 single precision, 2 double precision). If the input is one argument, the program automatically should select single precision. The function should evaluate only numbers with absolute values between 2-100 and 2100 and should show an error for numbers outside of this range. The output arguments should be three numbers in binary form: the sign, the exponent+bias and the mantissa. The algorithm should be explained with steps (1, 2, 3...).

Please use Matlab to solve the question. Develop an algorithm to transform a number to binary floating point form for both single and double precision. Write a user-defined MatLab function that has as input arguments the number y and the precision p (1 single precision, 2 double precision). If the input is one argument, the program automatically should select single precision. The function should evaluate only numbers with absolute values between 2-100 and 2100 and should show an error for numbers outside of this range. The output arguments should be three numbers in binary form: the sign, the exponent+bias and the mantissa. The algorithm should be explained with steps (1, 2, 3...).

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Use python: Below mentioned is the series for the sinusoidal wave sin(x). Summing higher number of terms provides better approximation sin(x)=x-+- 3 5 7 9 11 where "T" represents the factorial such as 11-1,202 x 1-2,3-3 x 2 x 1-6 and so on. Define a Python function sin series (x, tol) which, retums the sum of the above series till the absolute value of the term becomes smaller than tol. The returned value should be rounded to 6 decimal places. However, calculations are not rounded off at any stage in the program. For example, sin series (3.14,1.0) retums 0.523849 which is obtained by adding first three terms only because the absolute value of fourth term (3.14) 0.597141149 becomes smaller than the input tol to the function ie 0.597141149 <1.0 7!
pythonWrite a function absolute(x) that prints the absolute value of x
In the U.S. fuel efficiency of cars is specified in miles per gallon (mpg). In Europe it is often expressed in liters per 100 km. Write a MATLAB user- defined function that converts fuel efficiency from mpg to liters per 100 km. For the function name and arguments, use Lkm=mpgToLpkm (mpg). The input argument mpg is the efficiency in mi/gl, and the output argument Lkm is the efficiency in liters per 100 km (rounded to the nearest hundredth). Use the function in the Command Window to: (a) Determine the fuel efficiency in liters per 100 km of a car whose fuel effi- ciency is 21 mi/gal. (b) Determine the fuel efficiency in liters per 100 km of a car whose fuel effi- ciency is 36 mi/gal.
Define a function calc_total_inches, with parameters num_feet and num_inches, that returns the total number of inches. Note: There are 12 inches in a foot.Sample output with inputs: 5 8 Total inches: 68
The mass (mo) and half-life (dt) and elapsed time (t) of the radioactive element in grams will be sent to the function. The function will return the remaining mass in grams.Write the C program of the related program
i need the answer quickly
include coding matlab , Give the user the option to stimulate the projectile motion on four different angles( Not 90 degree). In the outputs, display the total projectile time. but Always use a time step of 0.01 therefore Create a function separately that takes any time values, and outputs the positions (x and y). the outputs must be the Velocity, magnitude, Angle Maximum Y, Maximum X and Total time. Include the Coding Matlab
Please answer it in Python Write a function division_arrondi that takes as an argument a numerator, a denominator, and as optional arguments a rounded Boolean (worth False by default) and a decimal integer (valid 0 by default) and that calculates the value of the numerator/denominator fraction (unless the denominator is zero, in which case your function will display an error message and return nothing). If the rounded Boolean is False, the function will return this result without rounding it (if decimales is specified during the call, it will be ignored). If the rounded Boolean is True, the result will be rounded to the requested number of decimal places (by default, to the nearest integer). To make your rounds, you will use round(nombre_a_arrondir, nombre_de_decimales). Examples:division_arrondi(1,3) is 0.333333333333333333 division_arrondi(1,3,rounded=True, decimales=2) is 0.33 division_arrondi(15,8) is 1,875 division_arrondi(15,8, True) is 2 division_arrondi(15,8, rounded=True,…
Choice the correct answer