The explosion would never be heard on Earth. Sound cannot travel through the near-vacuum of space.
The bomb itself will travel nowhere when detonated, because it no longer exists. If you actually meant the range of bomb effects, well that depends on yield and height/depth of burst. If you actually meant the spread of fallout, well that depends strongly on weather conditions especially wind and precipitation. Fallout plumes thousands of miles long are common, occasionally one will circle the earth several times.
stress changes the earth's surface by the way it looks and the layers.
Although your question is vague, atomic bombs have come and gone in terms of technology. We now have conventional weapons that are more powerful than the atomic bomb.
No, Most atomic bombs have a blast distance of 40 miles. By. Husky Pratt
The term ground zero describes the point on the Earth's surface closest to a detonation. In the case of an explosion above the ground, ground zero refers to the point on the ground directly below the detonation. The origins of the term ground zero began with the Manhattan Project and the bombing of Japan.
The point on the Earth's surface directly above the hypocenter of an earthquake or underground explosion is called the epicenter. It is the point where the seismic waves created by the event first reach the surface.
A depression in the earth's surface caused by a volcano or meteor impact or other explosion is known as a crater. Craters can vary in size and depth depending on the force and size of the impact.
I can think of four things that cause sudden changes to the earth's surface: Impact of a large object from space (such as Meteor Crater in Arizona), earthquake, volcanic eruption or explosion (Krakatoa is a prime example), and nuclear explosion (the atomic bomb caused very sudden and complete change to Hiroshima and Nagasaki). Every rain shower causes some change to the earth's surface, but I think you were asking about more dramatic examples.
The Tunguska explosion in 1908 is believed to have been caused by the airburst of a large meteoroid or comet fragment about 3-6 miles above the Earth's surface. The resulting explosion, estimated to have been around 1,000 times more powerful than the atomic bomb dropped on Hiroshima, flattened an estimated 80 million trees over 800 square miles in remote Siberia.
Seismic waves are the vibration generated by an earthquake, explosion, or similar phenomenon and propagated within the Earth or along its surface.
The atomic mass of iron is 55.845amu, and is constant in all environments.
If an atomic bomb were to hit the Earth's core, it would likely not cause a catastrophic chain reaction or destroy the core itself. The core is composed of molten iron and nickel, which are extremely dense and would absorb much of the energy from the explosion without significantly affecting the Earth's overall structure.
If it's big enough, a crater.Crater:A bowl-shaped depression in a surface made by an explosion or the impact of a body, such as a meteoroid.ORA large indention in the surface of the ground made by the force of something.
Sound travels through air. Between the Earth and any star, there are long stretches of distances with hardly any particles--not nearly enough to carry sound.
The Earth can't explode. Even if we blew up all the atomic weapons ever created, it wouldn't even put a dent in the earth. If you ignore the impossibility of it actually happening, and assume the earth exploded anyway, this is what would happen: The Moon and the dust left over from the Earth's explosion would continue on their orbit around the sun. If the explosion wasn't too strong, gravity would pull the dust back together to form a new planet. However if the explosion was strong enough, the fragments of the earth would be scattered to form a new asteroid belt, right where the Earth's orbit was.
An underground nuclear detonation creates a crater in the Earth's surface. The explosion occurs beneath the ground, causing the soil and rock to be displaced upwards, resulting in a visible crater above the detonation point.
no one