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What else can I help you with?
Do most objects give off their own light?
No, most objects do not give off their own light. Objects either reflect light from a light source or emit light when they are heated to a high temperature.
Why can you see a cup even though it does not give off light?
Objects that don't give off light - like a cup - reflect incoming light.
Does light travel through air?
yes. that is why you are able to see objects. light reflects off objects allowing you to see.
Why are we able to see objects?
light rays are reflected off the object
What objects give off light because of high temperature?
Objects such as stars, light bulbs, and burning candles give off light due to high temperature. When an object is heated to a high temperature, it emits electromagnetic radiation in the form of visible light.
How are you able to see things in space that do not give off light?
because light is reflected off stars
You are able to see non-luminous objects because light has undergone?
You are able to see non-luminous objects because light has undergone reflection or scattering off those objects, allowing the light to reach your eyes and be interpreted by your brain as visual imagery.
What gives off light and produces it in space?
Stars are the only objects in space that give off their own light.Other objects are visible only if a star shines on them.
How do you see things that don't give out their own light?
We see objects that don't give out their own light by reflecting light from another source, such as the sun or artificial lighting. Our eyes detect the light that is reflected off these objects, allowing us to see them.
Why do we see things?
Because light reflects off objects
Why are you able to see the moon in the night sky if the moon does not give off light?
It reflects light from the sun.
You are able to see objects around us because of what?
We are able to see objects around us due to the light that is reflected off of those objects and enters our eyes. This light stimulates the cells in our retina, which then send signals to our brain for processing, allowing us to interpret and perceive the objects in our environment.
