Nothing special: value >> number.
Example:
/* shift.c */
#include <stdio.h>
int main (void)
{
long n;
int i;
n= -98765;
for (i=0; i<20; ++i) {
printf ("%2d: %6ld %lx\n", i, n>>i, n>>i);
}
return 0;
}
output:
0: -98765 fffe7e33
1: -49383 ffff3f19
2: -24692 ffff9f8c
3: -12346 ffffcfc6
4: -6173 ffffe7e3
5: -3087 fffff3f1
6: -1544 fffff9f8
7: -772 fffffcfc
8: -386 fffffe7e
9: -193 ffffff3f
10: -97 ffffff9f
11: -49 ffffffcf
12: -25 ffffffe7
13: -13 fffffff3
14: -7 fffffff9
15: -4 fffffffc
16: -2 fffffffe
17: -1 ffffffff
18: -1 ffffffff
19: -1 ffffffff
52. The absolute value is the nonnegative value of a number. Enclosing vertical bars ( | | ) are the absolute value operator. Using that notation we can state that |a| = a, and |-a| = a. You can also note that |a| (whether a is negative or positive) equals the square root of a squared.
If the absolute value of the negative is bigger than that of the positive, then the answer is negative. If the absolute value of the negative is the same, then zero. If the absolute value of the negative is smaller, then positive. Absolute value is the value ignoring the sign.
The result will be a negative value.
An absolute value can not be negative.
No, like signs multiply to positive, unlike to negative.
A bit shift is a bitwise operation in which the bits in a value are shifted left or right.
The bitwise logical operator and (&) calculates the bitwise logical and of two integral values. It is a binary operator.The address of (&) operator returns the address of the value to its right. It is a unary operator.The distinction between the two is one of context. The logical and operator will follow (and be preceeded by) a value, while the address of operator will follow an operator.
The value of the variable which is on the left side of the assignment operator. Example: a = 2
57 because you just shift the decimal point to the right. The number of 0s is the number of times you shift the decimal. In this case 1 zero is 1 movement of decimal point. Note: if it is multplied by negative 10 it means the decimal point moves left however if it is multiplied by positive ten then the decimal point moves right.
Start at zero and move the value of the first number right (move left if negative) Then move up the value of the second number (down if negative)
The = operator is the assignment operator. The == operator is the equality or equals operator. The = operator is the assignment operator. We use it to assign a value (the right hand operand) to an object (the left hand operand). The value must be of the same type as the object unless the value can implicitly convert to the object's type. If not, we must explicitly cast the value to the appropriate type. The operator evaluates to the value of the object after assignment, thus creating a temporary value that can be used in other expressions. Examples: int you; you = 10; // assign the value 10 to the object named 'you' int me, you; me = 10; you = 10; Note that the second example can also be written: int me, you; me = you = 10; This is because the expression 'you = 10' evaluates to the temporary value 10 (the value of 'you' after assignment) which we then assign to 'me'. Operators are evaluated according to operator precedence, and assignment 'chains' like this are always evaluated from right to left. The == operator is the equality or equals operator. We use it to determine if two object's have the same value. If so, the expression evaluates true, otherwise false. Operators that evaluate true or false are known as Boolean operators (functions that return true or false are known as predicates). Typically we use the == operator in conditional expressions: if (a == b) { // code to execute when the value of a is equal to the value of b } else { // code to execute when the value of a is not equal to the value of b } while (a == b) { // This code will loop repeatedly so long as a is equal to b at the beginning of each iteration } The == operator is one of six Boolean operators that can be used to compare object values: == : equal != : not equal < : less than <= : less than or equal > : greater than >= : greater than or equal
52. The absolute value is the nonnegative value of a number. Enclosing vertical bars ( | | ) are the absolute value operator. Using that notation we can state that |a| = a, and |-a| = a. You can also note that |a| (whether a is negative or positive) equals the square root of a squared.
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!= is the correct operator.
The absolute value depends on it's "distance" from zero. So if it's to the right (positive) by 5 units, or to the left (negative) by five units, then it's absolute value is 5
negative nine is the value of negative nine
Boolean is a type, not an operator and can have the value of either TRUE or FALSE