Match List I with List II:

List I (Spectral Series for Hydrogen)	List II (Spectral Region/Higher Energy State)
A. Lyman	I. Infrared region
B. Balmer	II. UV region
C. Paschen	III. Infrared region
D. Pfund	IV. Visible region

Choose the correct answer from the options given below :

### Related Formula frac1, lambda = R_H left( frac1, n_1^2 - frac1, n_2^2 right)$$\frac{1}, {\lambda} = R_H \left( \frac{1}, {n_1^2} - \frac{1}, {n_2^2} \right)$$ ### Core Logic Analyzing electromagnetic spectrum regions for each hydrogen electronic decay series: * **Lyman Series** (n_1=1$n_1=1$) emits photons in the high-energy Ultraviolet (UV) region (II). * **Balmer Series** (n_1=2$n_1=2$) falls cleanly into the Visible region spectrum (IV). * **Paschen Series** (n_1=3$n_1=3$) transitions sit inside the standard Near-Infrared region (III). * **Pfund Series** (n_1=5$n_1=5$) shifts sit even deeper in the Infrared region zone (I). ### Step 1: Resolution Thus, compiling match mappings yields configuration: A-II, B-IV, C-III, D-I. ### Pattern Recognition Lyman is always UV; Balmer is visible; all subsequent higher level series (n_1 ge 3$n_1 \ge 3$) belong strictly to infrared segments. ### Evaluation Rubric / Model Answer null ### Chapter Mix Class 11 Chemistry: Atomic Structure