Which equation correctly shows dxyz solved for z?

Answer 1

To solve the equation ( dxyz ) for ( z ), you would isolate ( z ) on one side of the equation. Assuming ( d ), ( x ), and ( y ) are non-zero constants, the equation can be rearranged to give ( z = \frac{dxyz}{dxy} ), simplifying to ( z = \frac{d}{dxy} ). Thus, the equation that correctly shows ( z ) solved in terms of ( d ), ( x ), and ( y ) is ( z = \frac{d}{dxy} ).