Assuming the following code: int x = myfunction1(); /* arbitrary value */ int y = myfunction2(); /* arbitrary value */ int z = myfunction3(); /* arbitrary value */ //convert to double double dx = (double) x; double dy = (double) y; double dz = (double) z; unsigned ux = x; unsigned uy = y; The following statement always evaluates to 1 (True or False): dx - dy == (double) (x-y) Question 3 options: True False
Assuming the following code: int x = myfunction1(); /* arbitrary value */ int y = myfunction2(); /* arbitrary value */ int z = myfunction3(); /* arbitrary value */ //convert to double double dx = (double) x; double dy = (double) y; double dz = (double) z; unsigned ux = x; unsigned uy = y; The following statement always evaluates to 1 (True or False): dx - dy == (double) (x-y) Question 3 options: True False
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter7: User-defined Simple Data Types, Namespaces, And The String Type
Section: Chapter Questions
Problem 1TF
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Assuming the following code:
int x = myfunction1(); /* arbitrary value */
int y = myfunction2(); /* arbitrary value */
int z = myfunction3(); /* arbitrary value */
//convert to double
double dx = (double) x;
double dy = (double) y;
double dz = (double) z;
unsigned ux = x;
unsigned uy = y;
The following statement always evaluates to 1 (True or False):
dx - dy == (double) (x-y)
Question 3 options:
True | |
False |
Expert Solution
Step 1
Here we are assigning the value returned by myfunction1() to x and the value returned by myfunction2() to y.
dx is the double representation of x and dy is the double representation of y.
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