It was almost 60,000 feet high.
from roughly 30,000 feet to detonation at roughly 1500 feet.
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"Dust" has no plural form. It is what is known as an uncountable noun, like "flour" or "training". If you want to express that there was a lot of it you would have to say "much dust" or "many forms of dust"
The famous 'Mushroom Cloud' is made by a combination of gases and ash. The gases are sulphur, hydrogen, carbon dioxide, carbon monoxide and many more.
The poem "I Wandered Lonely as a Cloud" by William Wordsworth has 4 lines.
You can find as many as you can. When you are in a cave (like the Giant Chasm) a swirling dust cloud can contain a Dusk Stone.
The number of wheelbarrows of stone dust in 20 tons depends on the size of the wheelbarrow. A standard wheelbarrow typically holds about 6 cubic feet of material, and one ton of stone dust is approximately 1.5 cubic yards, or about 40 cubic feet. Therefore, 20 tons of stone dust is around 800 cubic feet. Dividing 800 cubic feet by 6 cubic feet per wheelbarrow gives approximately 133 wheelbarrows of stone dust.
The Trinity test explosion fireball was more than 1200 feet in diameter, minor damage was found on a manned bunker 30000 feet from the blast.
Cannot answer without much more information, as this depends on the yield of the bomb, altitude of the detonation, population density around ground zero, housing construction, cloud cover, weather, and many other variables. A low yield bomb over an area of high population density may kill many more than a high yield bomb over an area of low population density. Cloud cover may reduce death rate. A high yield bomb over an area of very high population density on a cloudless day could produce many deaths!
The height of the explosion resulting from an atomic bomb blast can vary depending on the specific characteristics of the bomb and the conditions of the detonation. However, it can typically reach heights of thousands of feet, with the initial fireball expanding rapidly and rising upwards.
The sun, along with the rest of the solar system, condensed out of a large interstellar dust cloud. The cloud was the result of many earlier events in the history of the universe, including the Big Bang, supernovae, and the expansion and cooling of the universe as a whole.
Stars, planets, solar systems, many objects in space can start as a large unstructured nebula of gas and dust, which can coalesce into massive objects under gravitational influence.