That part of the visible spectrum that is reflected from its surface.
Shadows are simply an area that does not get as much light as the areas around it. That being said, if the object is totally opaque (or you can't see through it), then the shadow will simply be darker (usually a shade of black) because of the lack of light. If the object is transparent, on the other hand, then what light does go through will tint the light that does find it's way through the object.
You see about 50% of the moon because we are only really seeing half of it because it is a sphere.
Well, the moon is a sphere, and if it is a full moon you are really only seing half of it. so technically you are seeing 50% of the moon
You will see the orange object in red-orange.
refelcts
You see different coloured objects by light. the light hits the object and reflects into your eyes.
you see coloured objects by the light. light makes the color of the object
Dizziness and you have a hard time seeing where your going. Youn dont see very well. You might see an object that is in your way but it really isnt.
The word see does not really have an opposite. But the opposite of seeing is not seeing.
In perception, when I see a person, what do I see? A good initial answer is the obvious one: I just see another person. Seeing is an activity that requires an object. If what I see is the object of my seeing, then since what I see is this other person, it follows that the object of my seeing is another person. Call this view direct perception. The object of my seeing is another person. However, a different view is suggested by the following. As I walk around this person, what I see changes. My activity of seeing is constant and the object of my seeing, the other person, does not change. However, clearly what I see does change! The only change that occurs is my position. But how can a change in my position account for a change in the object of what I see, if that object is another person and that person does not change? The implication is that direct perception leaves out a key element: my perceptual state. Call this view indirect perception. If what I see changes as I walk round this person, it is the perceptual state (in this case a visual image) I have of this person that changes. If what I see is the object of my seeing, then this object changes. For indirect perception, the object of my seeing is not the other person, but rather my perceptual state
What you see is really just the reflected light with a frequency between about 400 to 800 nanometers (10^-9 m), aka violet through red.
What you are seeing is an absence of light. You distinguish a black objects presence by its lack relative to other things.
When you stare at an object for a length of time and then look at a blank wall you can see an indistinct coloured image of the object you had been staring at. This is known as retinal fatigue.
No. A group is an idea and not an object. Even if it was an object, even objects can not be seen in their truest sense. You always only see a representation of an object. Take a keyboard. You are not seeing a keyboard. You are seeing a representation of the form of keyboardness.
It doesn't, this is a myth. The bull gets "angry" at the movement of the object, not the colour. Cattle, including bulls, cannot see the colour red, therefore the fact that a bull can see a red object as no merit to the subject at hand.
It was coloured in pink because the sky back then was pink, but nobody really thought that that was a really important point but now you can see that it was and it is also coloured in pink because that was my and everyone Else's favourite colour. So there is your answer for your topic all about why the British maps coloured in the empire PINK.
Reflection helps in seeing an object because if you want to be discrete about what you are doing then you can look into a mirror or something and see something, as long as it is in the correct position. But, if you meant otherwise like when in a submarine or boat and you want to see above the ship, then the eye piece that they look through uses mirrors to reflect what is above, clever really. I hope this has helped you and if it hasn't please let me know and i will improve.