It depends on too many factors such as the height of the detonation, the exact yield, the geography and location and amount of people.
I'd say it'd be in the millions for sure. Maybe tens of millions.
Also, if you wanted to get more complex, are you including deaths due to fallout and contamination? Probably not.
You would survey 55 people if you survey 1 out of every 10 people in a group of 550.
If the world's population were represented by 100 people proportionally, half of them would be malnourished and half the wealth would be controlled by six people in the United States.
I think that would depend on where you are
If 3 out of every 5 people prefer a television set, then the proportion is 3/5. If we surveyed 5,000 people, approximately 3,000 of them would prefer a television set.
There would have been 45 handshakes among 10 people at a meeting. This can be calculated using the formula n(n-1)/2, where n represents the number of people.
2,000,000. By definition.
If 1 megaton ==> 4 x 1015 joules, then 5 megaton ==> 2 x 1016 joules.Using Einsteins Equation:E = m c2.m = E / c2.'c' = speed of light = 3.0 X 108 m/s.m = (2 X 1016) / (3.0 X 108)2 = (2 X 1016) / (9.0 X 1016) = 0.22 kilograms
A magnitude 8 earthquake releases approximately the same energy as a 15 megaton nuclear explosion (e.g. Castle Bravo test in 1954). This is the same as fifteen 1 megaton nuclear explosions. Note: the photo above is of a 0.5 megaton nuclear explosion.
It is not possible to determine the exact megaton of explosion needed to destabilize the Earth's core, as it is well beyond our current technological capabilities. The Earth's core is incredibly massive and stable, requiring an amount of energy far beyond what could be produced by human-made explosives. Any such attempt would have catastrophic consequences for the entire planet.
An explosion on the moon would not be visible from Earth without specialized equipment like powerful telescopes. The moon is over 380,000 km away from Earth, so the explosion would be too small and distant to be seen with the naked eye.
The displacement caused by a 50 megaton bomb would depend on various factors such as the type of explosion and the surrounding terrain. In general, the blast radius of a bomb of this magnitude could extend for several miles, causing widespread destruction and displacement of debris and structures in the affected area.
Well i did some rough estimates...prob be like 56 milesA blast radius is equal to the square root of the megatonage. A 1 megaton bomb has a blast radius of severe damage of about 4 miles. Therefore a 200 megaton bomb (14 being about the square root) would have about a 56 mile radius. Though direct exposure to the explosion at that distance could probably still cause severe burns and it would probably cause damage as much as 200 miles out.
Your mom would explode.
NORAD's Cheyenne Mountain base completed in 1966 is capable of surviving 30 megaton explosions at just over 1 mile distance without damage. At least one direct hit of similar yield can be survived with minimal damage.
A 50 megaton bomb would create a blast radius of about 7.5 miles (12 kilometers) and cause extensive damage within this area. The effects would include complete destruction of buildings, severe injuries, and fatalities, along with widespread fires and radiation fallout.
No, a nuclear explosion on a nuclear power plant would not cause the explosion radius to increase. The explosion radius would be determined by the yield of the nuclear weapon itself, not by the presence of the power plant.
there would be no more corvettes and it would cause damage to people and depending on the size of the explosion other types of matter