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Given curve shows the intensity-wavelength relations of X-rays coming from two different Coolidge tubes \( A \) and \( B \). The dark curve represents the relation for the tube \( A \) in which the potential difference between the target and the filament is \( V_{A} \) and the atomic number of the target material is \( Z_{A} \). Similarly dotted curve is for tube \( B \). Respective quantities are \( V_{B} \) and \( Z_{B} \) for the tube \( B \). Then,
(A) \( V_{A}V_{B}, Z_{A}Z_{B} \)
(B) \( V_{A}V_{B}, Z_{A}Z_{B} \)
(C) \( V_{A}V_{B}, Z_{A}Z_{B} \)
(D) \( V_{A}V_{B}, Z_{A}Z_{B} \)
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