No.A positive integer is always larger than a negative integer.
In the case of two negative integers, the integer with the larger absolute value is actually smaller.
A negative integer is a number less than zero. In this case, -5 is greater than -9 because when comparing negative integers, the one with the higher absolute value is considered greater. In other words, -5 is closer to zero on the number line than -9, making it the larger negative integer.
Negative numbers are integers as well. The absolute value of any negative integer will be positive and therefore larger than itself.
When the positive integer is greater than the negative integer.
As 6 is a positive integer, no negative integer is greater than it.
Some sources say that the answer is no because a negative integer is less than zero and a positive integer is greater that zero. This answer is partially incorrect because if a negative integer is in an absolute value problem, it can potentially be greater that a positive integer. Example: |-11| > 7 because |-11|=11 because it is in an absolute value problem. Simplified, the problem is 11 > 7 So yes, in some cases a negative integer is greater that a positive integer.
The statement is false.
A negative integer is a number less than zero. In this case, -5 is greater than -9 because when comparing negative integers, the one with the higher absolute value is considered greater. In other words, -5 is closer to zero on the number line than -9, making it the larger negative integer.
The integer 50 is greater than 25. This is because 50 is twice the value of 25, making it the larger number. Thus, when comparing these two integers, 50 is the greater one.
The absolute value of an integer is the value of the integer without regard to its sign. The absolute value need not be an integer.
Negative numbers are integers as well. The absolute value of any negative integer will be positive and therefore larger than itself.
When the positive integer is greater than the negative integer.
If the absolute value of the positive integer is greater than the absolute value of the negative integer, then the sum of the two will be positive.If the absolute value of the positive integer is less than the absolute value of the negative integer, then the sum will be negative.If the absolute values of the two integers are the same then the sum will be zero, which has neither a negative nor a positive sign.
Rule: The sum of two negative integers is a negative integer.Rule: The sum of two positive integers is a positive integer.Procedure: To add a positive and a negative integer (or a negative and a positive integer), follow these steps:1. Find the absolute value of each integer.2. Subtract the smaller number from the larger number you get in Step 1.3. The result from Step 2 takes the sign of the integer with the greater absolute value.
Any negative integer less than -3 meets the criteria of having an absolute value greater than 3. For example, -4, -5, and -6 are all valid answers. The absolute value of these integers (4, 5, and 6, respectively) is indeed greater than 3.
Every positive integer ( n ) has two integers that share the same absolute value: ( n ) and ( -n ). The only integer that has the same absolute value as itself and does not have a corresponding negative is ( 0 ), since ( |0| = 0 ). Therefore, for any integer ( n \neq 0 ), there are two integers with the same absolute value, and for ( n = 0 ), there is just one. In total, there are two integers for each non-zero integer and one for zero.
Positive integers are greater than zero. Negative integers are less than zero.
The sum of two positive integers is positive. The sum of two negative integers is negative. The sum of one positive integer and one negative integer has the same sign as the addend with the greater absolute value. If the absolute values of the two addends are equal, the sum is zero.