Chatgpt and the coming downfall
Out of context: Reply #17
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- _niko0
me: If we trained our super powerful telescope on a planet a light year away and we observed an outdoor concert by space Elvis and space Elvis also broadcast his concert over the radio, and we had a radio receiver strong enough, we would be able to hear space Elvis’ concert as we watched it through our telescope correct?-------------------------------
If we were able to train a super powerful telescope on a planet that is one light year away and observe a concert by Space Elvis, we would not be able to hear the concert at the same time as we observed it. This is because the distance between the planet and Earth is too great for the sound waves from the concert to reach us in a reasonable amount of time.
Sound waves travel at a much slower speed than light waves. In the Earth's atmosphere, sound waves typically travel at a speed of about 340 meters per second, or about 0.0012 times the speed of light. This means that it would take sound waves much longer to travel from a planet that is one light year away to Earth than it would for light waves.
Furthermore, even if Space Elvis were broadcasting his concert over the radio, the radio waves would still need to travel at the speed of light in order to reach us. This means that we would not be able to hear the concert at the same time as we observed it through our telescope.
In summary, if we were able to observe a concert by Space Elvis on a planet that is one light year away, we would not be able to hear the concert at the same time.
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me: ok, If space Elvis who is on a planet 1 light year away broadcast his concert over the radio, we could listen to his concert a year later on our radio receivers correct?
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If Space Elvis on a planet that is one light year away broadcast his concert over the radio, it would be possible to listen to his concert on Earth a year later. This is because radio waves travel at the speed of light, which means that it would take them at least one year to travel from the planet to Earth.
The speed of light is a universal constant, and it is the fastest speed at which anything can travel in the universe. This means that it would take light about 31.6 million seconds, or about one year, to travel from a planet that is one light year away to Earth. Because radio waves travel at the speed of light, it would take them the same amount of time to travel from the planet to Earth.
Therefore, if Space Elvis on a planet that is one light year away broadcast his concert over the radio, it would be possible to listen to the concert on Earth a year later, when the radio waves reached us.
In summary, if Space Elvis on a planet that is one light year away broadcast his concert over the radio, it would be possible to listen to the concert on Earth a year later.
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Me: And if at the same time we had a powerful enough telescope to view the concert we could both see it and hear it at the same time
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If we were able to train a super powerful telescope on a planet that is one light year away and observe a concert by Space Elvis, who was also broadcasting his concert over radio waves, we would not be able to hear the concert at the same time as we observed it. This is because the distance between the planet and Earth is too great for the sound waves from the concert to reach us in a reasonable amount of time.
Sound waves travel at a much slower speed than light waves. In the Earth's atmosphere, sound waves typically travel at a speed of about 340 meters per second, or about 0.0012 times the speed of light. This means that it would take sound waves much longer to travel from a planet that is one light year away to Earth than it would for light waves.
Even if we were able to observe the concert by Space Elvis from the moment it started, the sound waves from the concert would still take a significant amount of time to reach us. This means that we would not be able to hear the concert at the same time as we observed it.
Furthermore, even if Space Elvis were broadcasting his concert over the radio, the radio waves would still need to travel at the speed of light in order to reach us. This means that we would not be able to hear the concert at the same time as we observed it through our telescope.
In summary, it is not possible to hear a concert at the same time as we observe it through a telescope, even if we are able to observe the concert from the moment it starts.
- I've been arguing with it all night about space Elvis lol_niko