∫ sin ( x ) d x − ∫ sin ( x ) d x = ?
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Both integration resulting constants C1 and C2. We can't find the exact value of the constant. So, C1 - C2 = C3 in which C3 is a new constant.
Using the fundamental Theorem of Calculus: d x d ( c o n s t a n t ) = 0 ⟺ ∫ 0 = c o n s t a n t
But if solve it without, you know, combining the 2 given integrals then answer comes out to be 0. How is this possible?
according to basic concept of integration...the integration of any function represents area under the curve of that function...and area cannot be zero...so by convention or taking of derivative of 0 we can say that the best answer is constant
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Not technically correct because integration refers to the SIGNED area under a curve. Thus, an integral can have a value of 0.
Indefinite integral of sin(x) is -cos(x) + C (constant) So, -cos(x) - (-cos(x)) + C1 + C2 = 0 + C3 = C The C's all add up to another arbitrary constant.
A constant is the best answer 'cause [d(constant) / d(x)] = 0 hence ∫(sinx - sinx)dx = ∫0 = constant colonthree emoticon
integral of anything is something plus any number therefore any number minus any number is any number. aka constant
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∫ sin ( x ) d x − ∫ sin ( x ) d x = ∫ ( sin ( x ) − sin ( x ) ) d x = ∫ ( 0 ) d x = C