I'm just learning about differential forms and I've noticed something in my homework assignment. We have to evaluate(adsbygoogle = window.adsbygoogle || []).push({});

zdx + xdy + ydz, over directed line segments in R-three by the method of pullback. Let a, b, and c be vectors in R-three. I noticed that Integral from a to c does NOT equal integral from a to b + integral from b to c, as it does with normal integrals. I think that this would make sense, since the meaning of zdx +xdy +ydz, which you are integrating, depends on the line segment in question. Is it true that this rule does not apply with these kinds of integrals, or have I simply made a mistake somewhere in my calculations? Thanks.

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# Differential forms question

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