Continuous and characteristic X-rays are produced when an electron beam accelerated by a high potential difference of $$V$$ volt is made to hit a metallic target such as Molybdenum in a modern Coolidge tube. Let $$\lambda_{min}$$ be the smallest possible wavelength of continuous X-rays and $$\lambda_{L\alpha}$$ be the maximum wavelength of the characteristic X-rays. Then

A

$$\lambda_{L\alpha}$$ increases with increase in $$V$$

B

$$\lambda_{L\alpha}$$ decreases with increase in $$V$$

C

$$\lambda_{min}$$ increases with increase in $$V$$

D

$$\lambda_{min}$$ decreases with increase in $$V$$