10. Solve the ODE dy A. In(vaz + y?) + tan(y/x) = K, where K is an arbitrary constant. B. In(x3 + y?) -tan '(y/x) = K, where K is an arbitrary constant. C. In(v/x2 +y?) -tan '(y/x) = K, where K is an arbitrary constant. D. In(v/x2 +y?) + tan '(x/y) = K, where K is an arbitrary constant. E. In(x2 + y?) + tan '(y/x) = K, where K is an arbitrary constant. F. In(x- +y') + tan '(y/x) = K, where K is an arbitrary constant. G. In(v/x2 + y?) - tan(y/x) = K, where K is an arbitrary constant