By subtracting any two of the numbers A-B , if the output number is negative , B IS GREAT and if its positive A is great
There is not enough information available to answer this question. The result of 72 divided by c will be an error if c is zero (0), a positive number if c is positive, and a negative number if c is negative.
It should not be even (except for 2), and must not be dividable with any odd number between 3 and its square-root.
using multidimensional array
write a c++ program to convert binary number to decimal number by using while statement
write a c++program by using if statement to read a number and check whether it is positive or negative
Let the numbers be A,B and C and assume that A ≠ B ≠ C 1) Subtract B from A. If the result is a positive number then A > B otherwise B > A. 2) Subtract the greater of A and B from C. If the result is a positive number then C is the largest number otherwise the subtrahend (either A or B) is the largest number.
By subtracting any two of the numbers A-B , if the output number is negative , B IS GREAT and if its positive A is great
There is not enough information available to answer this question. The result of 72 divided by c will be an error if c is zero (0), a positive number if c is positive, and a negative number if c is negative.
#include<stdio.h> #include<conio.h> void main() { int no; clrscr(); printf("Enter a Number:"); scanf("%d",&no); if(no>0) printf("Your Number is Positive"); else printf("Your number is Negative"); getch(); }
largest number a,b,c,d
Traverse the array from index 0 until you find the number. Return the index of that number.
There are big number libraries or (large number libraries) for computations like that.
It is not that easy, but very interesting problem.
Oh, well, simply: max = (a + b + c * 2 + abs(a - b) + abs(a + b - c * 2 + abs(a - b))) / 4;
If for the two integers a + b = c, a is larger than zero and b is larger than the absolute value of the first number, then c is always positive. If a is smaller than zero, and b is larger than the absolute value of the second number, then c is positive. If a is smaller than zero, and b is smaller than the absolute value of the second number, then c is negative.
A vertical line does not have a slope - negative or positive. It is not defined. A vertical line has no y intercept and, if its equation is x = c (for some number c), then the x-intercept is (c, 0).