Because 199 is an odd number the product willl be a negative sign
For example: -2*-2 = 4 but -2*-2*-2 = -8
The final result is positive.
No, the sum of two negative integers is not a positive integer. For example, if you add -5 and -6 together the sum would be -11.
Adding negatives is exactly the same as taking away the positive number. Alternatively you can think of it as "imagine both the numbers are positive, add them together. This number is then negative. And you're done".
The answer will depend on what you mean by number: integers, rationals, reals, complex numbers, etc.
The sum of two positive integers is never zero. The sum of two numbers a and b can only be zero if a=-b, or a=0 and b=0. Since 0 is not a positive integer, and a and b cannot both be positive integers if a=-b, then it is impossible for the sum of two positive integers to be zero. _______________________________________________________________ The above answer is correct. Here is another way to say it: An integer is any whole number including negative numbers, positive numbers and zero. However, a "positive integer" is a whole number greater than zero. The "sum of two positive integers" means you are adding two numbers greater than zero together. Therefore, the sum of two positive integers can never be a negative integer, and can never be zero. Example: 1 + 1 = 2
Negative integers, zero and the positive integers, together form the set of integers.
No. Two negative integers added together will never equal a positive integer. It is the product of two negative integers that is positive.
The final result is positive.
No, the sum of two negative integers is not a positive integer. For example, if you add -5 and -6 together the sum would be -11.
A product of two integers is those two numbers multiplied together. If the product is two integers, it is called a square. Two negative integers are multiplied together by multiplying them together just as if they are positive. For example, -3x-3=9. It is exactly the same thing as squaring a positive integer.
This is accomplished the same way as with positive integers. Add all of the numbers together and divide by (positive) 2. Don't let the negative signs fool you!
Combine them together, using the rules of priority (PEMDAS or BIDMAS).
In mathematics, the rule that says "two negatives make a positive" is based on the concept of multiplication. When you multiply two negative numbers together, the negative signs cancel each other out to give a positive result. This rule is consistent with the properties of arithmetic and helps maintain consistency in algebraic calculations.
Adding negatives is exactly the same as taking away the positive number. Alternatively you can think of it as "imagine both the numbers are positive, add them together. This number is then negative. And you're done".
Multiply two integers disregarding the signs. Then if the signs are the same, the answer is positive and if the signs are different, the answer is negative. Alternatively, if you are multiplying together a whole bunch of numbers, first find the product while ignoring the signs. Then count all the negative numbers. If the count is even, the answer is positive and if it is odd, the answer is negative.
The answer will depend on what you mean by number: integers, rationals, reals, complex numbers, etc.
Any negative integer can be factored to -1 times its positive value. Because negative one times itself is positive one, when multiplied by each other they cancel out. So if you're multiplying a negative integer A by a negative integer B. Replace A and B with -1*|A| and -1*|B| (You can do this because you know A and B are negative), and use the distributive property to rearrange them. Now you can see the -1*-1 term and equate it to 1, leaving only the |A| and |B| behind. Because two positive numbers multiplied together are always positive, the result will always be positive. Represented algebraically, as long as A and B are negative integers, the following is true: AB = -1|A|*-1|B| = -1*-1|AB| = |AB|.