It is zero.
No, the product is, but not the sum. 0 + 2 = 2
Zero is useful because if we did not have the number zero then if we did the sum 7-7 then there would be no answer because the answer is zero, zero replaces and odd bits in a sum or something......
The sum of two positive integers can never equal zero.
This sum is zero, neutral.
Yes because it is like adding nothing.
It is zero.
That means that the sum of all the forces on an object, that is to say the vector sum, results in a force that is not zero. The forces are not balanced. In this case, the object will accelerate (its velocity will change).
That means that the sum of all the forces on an object, that is to say the vector sum, results in a force that is not zero. The forces are not balanced. In this case, the object will accelerate (its velocity will change).
No, the product is, but not the sum. 0 + 2 = 2
Well, honey, if two vectors have unequal magnitudes, their sum can't be zero unless they're pointing in completely opposite directions. In that case, the larger vector would just cancel out the smaller one to give a net sum of zero. So, technically yes, but don't count on it happening often.
It is a statement equivalent to saying that 0 is the additive identity.
6 zero in the sum of 1000 square
Two integers are additive inverses if their sum is zero
Zero is useful because if we did not have the number zero then if we did the sum 7-7 then there would be no answer because the answer is zero, zero replaces and odd bits in a sum or something......
Vectors that sum to zero are coplanar and coplanar vectors sum to zero.
If you add zero to any number, the sum is the same number you started with.