Question

you are stranded due to snownfall in an area, describe your experience, kindly answer sincerely I will mark u has brainiest and thank you​

Answer 1

Answer:

Snowflakes are agglomerates of many snow crystals. Most snowflakes are less than one-half inch across. Under certain conditions, usually requiring near-freezing temperatures, light winds, and unstable, convective atmospheric conditions, much larger and irregular flakes close to two inches across in the longest dimension can form. No routine measure of snowflake dimensions are taken, so the exact answer is not known.

See also the NOAA Question of the Month: How do snow flakes form into so many uniquely different shapes?

Why is snow white?

Visible sunlight is white. Most natural materials absorb some sunlight which gives them their color. Snow, however, reflects most of the sunlight. The complex structure of snow crystals results in countless tiny surfaces from which visible light is efficiently reflected. What little sunlight is absorbed by snow is absorbed uniformly over the wavelengths of visible light thus giving snow its white appearance.

What causes the blue color that sometimes appears in snow and ice?

Generally, snow and ice present us with a uniformly white face. This is because most all of the visible light striking the snow or ice surface is reflected back without any particular preference for a single color within the visible spectrum. The situation is different for that portion of the light which is not reflected but penetrates or is transmitted into the snow. As this light travels into the snow or ice, the ice grains scatter a large amount of light. If the light is to travel over any distance it must survive many such scattering events, that is it must keep scattering and not be absorbed. The observer sees the light coming back from the near surface layers (mm to cm) after it has been scattered or bounced off other snow grains only a few times and it still appears white. However, the absorption is preferential. More red light is absorbed compared to blue.

Explanation:

please mark as brainlist answer

Answer 2

$\huge\mathfrak\red{Answer :) }$

Whether they're ruthless tornadoes or torrential hurricanes, storms can add atmosphere and conflict to a personal narrative or story. The use of vivid description is a crucial tool for bringing these weather phenomena to life on paper and moving your plot forward. Using figurative language and active verbs can help you place readers right in the middle of the rain, wind and thunder.

Mighty Metaphors and Storm Similes

A simile is a type of description that makes an explicit comparison between two things using the words "like" or "as." A metaphor, by contrast, is a direct comparison that does not use these words. You can use these devices to create surprising descriptions of your storm. If you're describing a hailstorm, for example, you might use a simile to write, "The hailstones clattered to the ground like marbles spilled from a box." To use a metaphor, you might write, "An avalanche of hailstones fell from the sky."