Match List I with List II List I Wind Type List II Wind Characteristics Bores Warm and gentle Eurus Advancing storm Notus Strong and cool with clear skies Zephyrus Dreaded and balmy Choose the correct answer from the options given below:(A) (I) (B) (II) (C) (III) (D) (IV)
This question asks us to match different types of winds, listed in List I, with their specific characteristics, described in List II. Identifying the correct characteristics for each wind type requires knowledge about these particular winds.
Let's look at the lists provided:
| List I (Wind Type) |
List II (Wind Characteristics) |
|---|---|
| (A) Bores | (I) Warm and gentle |
| (B) Eurus | (II) Advancing storm |
| (C) Notus | (III) Strong and cool with clear skies |
| (D) Zephyrus | (IV) Dreaded and balmy |
We need to determine which wind type from List I corresponds to which characteristic from List II. Let's consider each wind type:
Based on the analysis and common associations of these winds, we can establish the following matches:
Let's summarize these matches in a table:
| Wind Type (List I) | Characteristic (List II) | Match |
|---|---|---|
| (A) Bores | (III) Strong and cool with clear skies | (A)-(III) |
| (B) Eurus | (I) Warm and gentle | (B)-(I) |
| (C) Notus | (II) Advancing storm | (C)-(II) |
| (D) Zephyrus | (IV) Dreaded and balmy | (D)-(IV) |
Now let's compare our established pairing (A)-(III), (B)-(I), (C)-(II), (D)-(IV) with the given options:
The pairing that correctly matches the wind types with their characteristics is (A)-(III), (B)-(I), (C)-(II), (D)-(IV).
| Wind Type | Characteristic |
|---|---|
| Bores (often Bora) | Strong and cool with clear skies |
| Eurus (East wind) | Warm and gentle |
| Notus (South wind) | Advancing storm |
| Zephyrus (West wind) | Dreaded and balmy |
Understanding specific wind types and their characteristics is important in meteorology and geography. Many local winds around the world have unique properties influenced by regional topography and climate.
Studying these specific wind types helps in understanding regional climate and weather phenomena.
In which of the following atmospheric layers ozone gas is concentrated?
Ozone layer depletion is a major phenomenon in :
Starting from Earth's surface, the right sequence is-
I. Stratosphere
II. Troposphere
III. Ionosphere
IV. Mesosphere
By which layer of the atmosphere the ultra-violet rays are absorbed ?
______ is the uppermost layer of the atmosphere.