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Is sum of two integers is equal to the difference of the same two integers?
No, the sum of two integers is not equal to the difference of the same two integers, except in specific cases. For two integers ( a ) and ( b ), the sum is ( a + b ) and the difference is ( a - b ). These two expressions can only be equal if one of the integers is zero or if they are equal (i.e., ( a = b )). In general, the sum will be greater than or less than the difference, depending on the values of ( a ) and ( b ).
Is it never always or sometimes the sum of two positive integers is zero?
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
When Clara totaled her scores she inadvertently reversed the units digit and the tens digit of one score. By which of the following might her incorrect sum have differed from the correct one?
When Clara reversed the units digit and tens digit of one score, the difference between the incorrect and correct sum would be determined by the value of the digits switched. If the original score was (10a + b) (where (a) is the tens digit and (b) is the units digit), the incorrect score would be (10b + a). The difference between these two scores is ( (10b + a) - (10a + b) = 9(b - a) ). Therefore, her incorrect sum might have differed from the correct one by a multiple of 9, specifically (9(b - a)), which could be any integer value that is a multiple of 9.
A pair of integers whose sum gives an integer smaller than only one of the integers?
For a pair of integers (a) and (b), if their sum (a + b) is smaller than one of the integers (let's say (a)), it implies that (b) must be negative. Specifically, if (a + b < a), then (b) must be less than 0. For example, if (a = 5) and (b = -3), their sum (5 - 3 = 2), which is smaller than (5) but greater than (-3).
How do you find the sum Integers?
To find the sum of integers, you can use the formula for the sum of an arithmetic series. If you want to sum all integers from 1 to ( n ), the formula is ( S = \frac{n(n + 1)}{2} ). For a specific range of integers, simply add them together directly or apply the same formula by adjusting the starting and ending points. For example, to sum integers from ( a ) to ( b ), use ( S = \frac{b(b + 1)}{2} - \frac{(a - 1)a}{2} ).
Programme for sum of two integers using C?
int a = 1; int b = 2; int c = a + b; // Sum
What procedures will find the sum a plus b of two numbers where a and b represent any integers?
addition a + b
Flowchart to read 10 positive integers?
The flowchart to read 10 positive integers K>10 Start A N K=1 Sum = 0 Sum = Sum + K2 B Is Y Print K > 100? sum K=k+1 End B A
If two integers have the same sign what is the sine of their sum?
Sine(A+ B) = Sine(A)*Cosine(B) + Cosine(A)*Sine(B).
What formulas is correct a BBr4 b CaCl2 c SiF3 d KF2?
Only CaCl2 is correct. The rest should be BBr3, SiF4 and KF.
The variables a and b represent positive integers neither of which are divisible by 10 yet the product of a and b is 100000 Find the sum of a and b?
641
Is 'A' the correct answer?
On a multiple choice test with answers of A, B, C, and D, the answer of 'A' would only be the correct answer if all other choices are incorrect.
