Basmati rice is distinguished by its unique characteristics. The most prominent are its distinct aroma and its cooking behavior, specifically the significant elongation and resulting grain length.
Among the provided options, High amylose content is the characteristic least unique or defining for Basmati rice when compared to its widely recognized aroma and remarkable grain elongation properties.
| LIST-I Chromosomal aberrations | LIST-II Chromosome number |
|---|---|
| A. Nullisomic | I. 2n + 1 |
| B. Monosomic | II. 2n + 2 |
| C. Trisomic | III. 2n - 2 |
| D. Tetrasomic | IV. 2n - 1 |
| LIST-I Scientist | LIST-II Discovery |
|---|---|
| A. Yule | I. Mitosis |
| B. Watson & Crick | II. Multiple factor hypothesis |
| C. Jacob & Monod | III. Double helical structure of DNA |
| D. Fleming | IV. Operon concept |
| List-I | List-II |
| Electronic Configuration | First Ionisation energy (kJ mol$^{-1}$) |
| (A). ns$^2$ | (I). 2100 |
| (B). ns$^2$np$^1$ | (II). 1400 |
| (C). ns$^2$np$^3$ | (III). 800 |
| (D). ns$^2$np$^6$ | (IV). 900 |
| List-I | List-II |
| Spectroscopy | Property |
| (A). Raman | (I). Polarizability |
| (B). FTIR | (II). Dipole Moment |
| (C). UV-Visible | (III). Absorbance |
| (D). NMR | (IV). Spin |