A light source, which emits two wavelengths $$\lambda_1 = 400 nm$$ and $$\lambda_2 = 600 nm$$, is used in a Young’s double slit experiment. If recorded fringe widths for $$\lambda_1$$ and $$\lambda_2$$ are $$\beta_1$$ and $$\beta_2$$ number of fringes for them within a distance yon one side of the central maximum are $$m_1$$ and $$m_2$$, respectively, then

A

$$\beta_2 > \beta_1$$

B

$$m_1 > m_2$$

C

From the central maximum, $$3^{rd}$$ maximum of $$\lambda_2$$ overlaps with $$5^{th}$$ minimum of $$\lambda_1$$

D

The angular separation of fringes for $$\lambda_1$$ is greater than $$\lambda_2$$