Yo yo, here are some more thoughts for you to ponder on. Please reply to them
Can robots be programmed to have feelings?
How come sound can go through things but heat can't?
What is time? I was talking to a friend about how apparently there is this new thing that allows you to go faster then the speed of light which makes you move through time slower which apparently allows for time travel. But what is time?
How come it is illegal to park in a handicap spot but it isn't to poop in a handicap toilet?
How come it is against the law (is it?) to be anti religious but it isn't to be anti non-religious?
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Azz had a chance at this one point in the game where he had a nexus and 6 probes. But he found a way to **** it up from there 3 times in a row - Iaguz
Are you sure? Because sound hits the particles of the lets say wall and opens them and then the vibrations of the wall sends the vibrations out to the air on the other side of it.
BnetId: TheGrayZerg.292
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#9
Re: My Thoughts 2
The sound waves / heat thing can be easily explained by physics (which I have forgotten) so I'll let someone else do it.
The emotions in robots thing is actually a very deep and long and controversial philosophical debate that I've read before. The short answer is both sides (yes they can be programmed/ no they can't be programmed) give fairly compelling arguments so it's relatively unresolved. Google it
Sound is the vibration of particles that forms as a mechanical wave that transfers through all matter. So when a sound wave hits an object, the particles also vibrate and carry the same sound wave. Depending on the amount of energy the sound wave is carrying, it will continue to vibrate other particles outside the object until the sound wave dissipates.
Heat is simply energy that flows spontaneously from a higher temperature to a lower temperature. However at the molecular level, heat basically provides mechanical energy for molecules to move and collide with each other. By heating up an object, the molecules in the object can also collide with other particles of another system and thus successfully transferring heat.
So basically heat goes through things but does it differently compared to sound.
Even though time is a physical quantity used to define velocity or distance, there is still your basic question of what really is time. If you take the scientific point of view then you come across the investigation of space-time, which I don't really want to dive into since its quite complex. However you can take the philosophical approach which is stated by some philosophers that time is neither an event or a thing.
Sound is the vibration of particles that forms as a mechanical wave that transfers through all matter. So when a sound wave hits an object, the particles also vibrate and carry the same sound wave. Depending on the amount of energy the sound wave is carrying, it will continue to vibrate other particles outside the object until the sound wave dissipates.
Heat is simply energy that flows spontaneously from a higher temperature to a lower temperature. However at the molecular level, heat basically provides mechanical energy for molecules to move and collide with each other. By heating up an object, the molecules in the object can also collide with other particles of another system and thus successfully transferring heat.
So basically heat goes through things but does it differently compared to sound.
At the molecular level isn't vibration of the particles due to sound quite similar to the collisions of particles cause by the mechanical energy provided by heat?
It's both caused by the movement of the particles.
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Azz had a chance at this one point in the game where he had a nexus and 6 probes. But he found a way to **** it up from there 3 times in a row - Iaguz
Not really, when particles vibrate from sound they oscillate as a wave form through all solids, liquids and gases. Collisions of particles caused by mechanical energy from heat occurs in gas and liquid states. Particles in those states have a dynamic motion and when you provide heat, the speed of the particles increase. However in solid state masses, the molecules absorb the energy and try to break free of each other.
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