33% because there's 4 answers but two are the same so there's only 3 different choices. (Answerable)
Try this one.
How do you know that the color I see as "red" isn't your "blue?" How do you know that we don't all have the same favorite "color" but we see the colors differently?
How do you know that the color I see as "red" isn't your "blue?" How do you know that we don't all have the same favorite "color" but we see the colors differently?
Didn't really pertain to my question. This was more about how colors affect our mood, performance, and behavior and summed up with, "We have a lot more to learn."
Biological answer.
This was on the right subject, but didn't give an answer as well. It basically copped out and said it's irrelevant because our experiences won't be the same even if we are seeing the same "blue," and that we don't know anyways.
Didn't really pertain to my question. This was more about how colors affect our mood, performance, and behavior and summed up with, "We have a lot more to learn."
To be fair, I misinterpreted your punctuation in that manner.
This was on the right subject, but didn't give an answer as well. It basically copped out and said it's irrelevant because our experiences won't be the same even if we are seeing the same "blue," and that we don't know anyways.
Again to be honest, the more pertinent paragraph is the photoreceptor one. I suppose you can argue that examining photoreceptors, their numbers, and their position can help you answer your question. After all, dissection has been the key that helped scientists understand how animals view the world. If our eye balls are all structured the same way, then it should be more or less the same. We all have the same three kinds of cone cells that corresponds to red, blue and green wavelengths of light.
If the Universe is expanding, what is it expanding into?
Well, according to the scientific community, it is expanding into nothing at all. Hard to really wrap your mind around but apparently they have a theory that says space can expand into nothing at all. I personally think it is expanding into "undeveloped" parts of space that just hold nothing in them yet...
A better question would be do these undeveloped parts of space hold any mass? Even though there is nothing in it?
Do I look fat in this? (If you have a sister or a girlfriend, you know this answer can only have one result)
You cannot say yes (everyone knows the results of that answer,) if you say no, she will think your saying she is skinny, and she will then think that you're saying she is ugly, and you get the same result as if you had said yes... So, your just better off not answering at all.
If someone asks you if you lie, and you lie and say yes, is your answer a lie or true?
Well, considering the fact that everyone lies, it would be the truth if you said yes, but most people would lie and say no.
