Show that the differential form in the integral is exact. Then evaluate the integral. (0,2,3) (1,0,0)...

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Show that the differential form in the integral is exact. Then evaluate the integral. (0,2,3) (1,0,0) Compute the partial derivatives. N dy dz M dz = N dx Compute the partial derivatives. x sin y cos x dx + cos y sin x dy + dz = Compute the partial derivatives. M = O A. = (0,2,3) Select the correct choice below and fill in any answer boxes within your choice. = sin y cos x dx + cos y sin x dy + dz = (1,0,0) (Type an exact answer.) O B. The differential form is not exact. Show that the differential form in the integral is exact. Then evaluate the integral. (0,2,3) (1,0,0) Compute the partial derivatives. N dy dz M dz = N dx Compute the partial derivatives. x sin y cos x dx + cos y sin x dy + dz = Compute the partial derivatives. M = O A. = (0,2,3) Select the correct choice below and fill in any answer boxes within your choice. = sin y cos x dx + cos y sin x dy + dz = (1,0,0) (Type an exact answer.) O B. The differential form is not exact.