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|.
Multiplying positive numbers will result in a positive number.
Never, it will always be negative, regardless the numbers.
-2.005 - 19.19 equals -21.195. You can find this by simply adding the two numbers together, keeping in mind that you are subtracting a positive number from a negative one. The result is a more negative value.
When you multiply any number by itself, the result is always positive. You cannot take any real number and square it to get something negative. The square root of -36 is 6i.
Yes, an AB negative (AB-) and an O positive (O+) individual can have a baby with a B positive (B+) blood type. The possible blood types of their child can be A, B, AB, or O, depending on the combination of alleles inherited from each parent. Since the AB parent can contribute A or B alleles, and the O parent contributes an O allele, a B blood type is possible if the child inherits a B allele from the AB parent and an O allele from the O parent. Additionally, the Rh factor from the O+ parent can result in the child being Rh positive or negative.
When multiplying integers with different signs, the rule is that the product will always be negative. For example, multiplying a positive integer by a negative integer results in a negative product. Conversely, multiplying a negative integer by a positive integer also yields a negative result. In summary, if the signs of the integers differ, the product is negative.
The rules for the sign (positive or negative) of the result of a multiplication is the same as division. For multiplication: Positive * Positive --> Positive Positive * Negative --> Negative Negative * Positive --> Negative Negative * Negative --> Positive For division: Positive / Positive --> Positive Positive / Negative --> Negative Negative / Positive --> Negative Negative / Negative --> Positive
It's a positive number. Here's the rule: In multiplication and division . . . -- If both numbers have the same sign, then the result of multiplying or dividing them is positive. -- If the two numbers have different signs, then the result of multiplying or dividing them is negative.
The final result is positive.
The product of three positive integers is positive, and the product of five negative integers is negative. When you multiply a positive number by a negative number, the result is negative. Therefore, the sign of the product of three positive integers and five negative integers is negative.
No. Adding negative integers will result in an integer that is more negative.
Multiplying a positive and negative number will give a negative result. The result is a negative number.
The result will always be negative. Positive X Positive = Positive Negative X Negative = Positive Positive X Negative = Negative
When multiplying numbers, the rules for signs are straightforward: the product of two positive numbers is positive, and the product of two negative numbers is also positive. However, when multiplying a positive number by a negative number, the result is negative. In summary, multiplying numbers with the same sign yields a positive result, while multiplying numbers with different signs results in a negative product.
When multiplying or dividing integers, the following rules apply: If both integers have the same sign (both positive or both negative), the result is positive. If the integers have different signs (one positive and one negative), the result is negative. For example, (3 \times 4 = 12) and (-3 \times -4 = 12) yield positive results, while (3 \times -4 = -12) and (-3 \times 4 = -12) yield negative results. These rules apply equally to division.
If the amount of negative integers being multiplied is even, the result will be positive. If it is odd (like 101), the product will be negative.
Multiplying or dividing a positive and negative gives a negative result. Multiplying or dividing two negatives gives a positive result.