It's often easier to perform the sum in the other order due to the associative and commutative properties of addition, which allow for flexible grouping and rearrangement of terms. This can simplify the calculation, especially when dealing with large numbers or fractions. Additionally, changing the order may help in identifying patterns or combining like terms more efficiently. Ultimately, reordering can lead to a more straightforward or intuitive approach to solving the problem.
Probably easier to think of this the other way around as: 7 - 3 = 4.
These numbers have to be multiplied/added by other numbers in order to get other numbers. Otherwise I assume you mean the sum of 2+0 which is 2, and the product of 9x1 which would be 9.
If the integers are the same, then the sum is always zero.If the integers are different, then the sum is never zero.If there's no rule governing the choice of integers, then the sum is sometimes zero.By the way . . . we're talking about 'integers', not 'intergers'.
No, the answer in a subtraction problem is the difference.
No it isn't true.
Probably easier to think of this the other way around as: 7 - 3 = 4.
These numbers have to be multiplied/added by other numbers in order to get other numbers. Otherwise I assume you mean the sum of 2+0 which is 2, and the product of 9x1 which would be 9.
If the integers are the same, then the sum is always zero.If the integers are different, then the sum is never zero.If there's no rule governing the choice of integers, then the sum is sometimes zero.By the way . . . we're talking about 'integers', not 'intergers'.
> No. One side must be greater than the sum of the other two. Actually, each side must be shorter than the sum of the other two in order to build a triangle. In this case, the side of length 16 is not shorter than the sum of the other two sides.
Usually. Exceptions: Sometimes the cast is listed in ABC order. Sometimes a big star will be paid a huge sum for a small role.
Yes.
No, the answer in a subtraction problem is the difference.
The sum of zero and a negative integer can never be zero - it will always be negative and nonzero. Although zero is also an integer, it is neither negative nor positive and cannot be the other integer used.
Yes. But NOT always.
No it isn't true.
No, it is always true
Never.