Three identical conducting spheres, \(X\), \(Y\), and \(Z\), are mounted on separate insulating stands. Initially, Sphere \(X\) has a charge of \(+18Q\), Sphere \(Y\) has a charge of \(-6Q\), and Sphere \(Z\) has a charge of \(+2Q\). The following three-step procedure is performed in sequence:

Step 1: Sphere \(X\) is brought into momentary contact with Sphere \(Y\) and then separated.
Step 2: Sphere \(Y\) is then brought into momentary contact with Sphere \(Z\) and then separated.
Step 3: Finally, Sphere \(Z\) is brought into momentary contact with Sphere \(X\) and then separated.

	Final Charge on Sphere \(X\)	Final Charge on Sphere \(Y\)	Final Charge on Sphere \(Z\)
(A)	\(+6Q\)	\(+4Q\)	\(+4Q\)
(B)	\(+5Q\)	\(+4Q\)	\(+5Q\)
(C)	\(+6Q\)	\(-2Q\)	\(+10Q\)
(D)	\(+\dfrac{14}{3}Q\)	\(+\dfrac{14}{3}Q\)	\(+\dfrac{14}{3}Q\)

Which row in the table correctly identifies the final electric charge on each sphere?