Yes, gold can come from space. Gold is thought to have been formed in supernova explosions billions of years ago and then brought to Earth through meteorite impacts. However, the majority of gold on Earth is thought to have been created through geological processes within the Earth's mantle.
Sound cannot travel through the vacuum of space, so we cannot hear nuclear explosions on the sun from Earth. Sound requires a medium to travel through, like air, and space is empty. Additionally, the sun's explosions produce vibrations in the form of electromagnetic waves, which we can detect but not hear as sound.
Iron in your blood comes from supernova explosions. When massive stars run out of fuel and explode, they release elements like iron into space. These elements eventually coalesce into new stars and planets, including Earth, where iron is a crucial component of our blood and hemoglobin.
Oh, that's a fascinating question, friend. A supernova is actually one of the loudest events in space, releasing an incredible amount of energy that can outshine the light from a whole galaxy for a brief time. In comparison, other astronomical events like regular star explosions or black hole mergers might not be as thunderous, but each one has its own unique beauty in the vast cosmic symphony.
The closest supernova, or more correctly supernova remnant, is the Vela supernova remnant [See Link] in the constellation Vela. The "guest" star exploded about 11 - 12,000 years ago and is located around 800 light years from Earth.
Yes, gold can come from space. Gold is thought to have been formed in supernova explosions billions of years ago and then brought to Earth through meteorite impacts. However, the majority of gold on Earth is thought to have been created through geological processes within the Earth's mantle.
Supernova clusters are regions within galaxies where multiple supernova explosions have occurred relatively close to each other in space and time. These clusters provide valuable insights into the life cycle of massive stars and the impact of supernova explosions on their surrounding environment. A well-known example is the Cygnus Loop in the constellation Cygnus, which is a supernova remnant created by a cluster of supernova explosions.
cosmic rays
Sound cannot travel through the vacuum of space, so we cannot hear nuclear explosions on the sun from Earth. Sound requires a medium to travel through, like air, and space is empty. Additionally, the sun's explosions produce vibrations in the form of electromagnetic waves, which we can detect but not hear as sound.
No, sound cannot travel in the vacuum of space, so explosions cannot be heard in space.
I'm not sure which explosions you're referring to. But if an explosion were tooccur near a manned spacecraft, the people on board could not hear it.
Such elements are formed within stars. The heavy elements which are currently here on Earth were formed in stars some time ago, and then they were blown into space in supernova explosions.
Because empty space cannot propagate sound.
Heavy elements were formed in stars, and blown out into space in supernova explosions.
it was a greek word, natrium.
The elements that make up Earth were formed during the process of stellar nucleosynthesis in the core of ancient stars. These elements were then scattered into space through supernova explosions and eventually coalesced into the Sun and the planets, including Earth. The composition of Earth's elements reflects the chemical diversity present in the universe.
Iron found on Earth originally came from supernova explosions in outer space, where heavy elements like iron were formed and later scattered throughout the universe, eventually making their way to Earth through various processes like asteroid impacts.