An opaque object neither absorbs nor reflects all light. How much it absorbs and how much it reflects depends on the color of the object. An opaque object does not allow light to pass through. Hold up your wallet and look at it. Even if you hold it up to a strong light, you will not see any light coming through it. But the wallet has a color, and this means it is absorbing some light, and it is reflecting some light.
To say that an object absorbs some light is NOT the same as saying that the absorbed light must pass through the object. Light that passes through a translucent or transparent object is not absorbed; if it were, you wouldn't see it coming through, would you?
The question omits the matter of how much incident light is "transmitted", i.e. passed through.
That's kind of important.
Opaque . . . transmits none
Translucent . . . transmits some
Transparent . . . transmits most or all
The incident light that's NOT transmitted is either absorbed or reflected. How much of each depends on
the specific material, and in general we don't know that.
Translucent means "pass light". Transparent means "pass image".
You could learn this by looking in a good dictionary.
A translucent glass might be installed in your toilet room so that people could not see your minor private parts but light could shine in
An ordinary window, transparent, is one you would want to see through in both directions.
Reflection is the bouncing of light from one surface to another direction.
Refraction is the bending of light as it passes through mediums of different refractive indices.
Absorption is the loss of energy suffered by a photon when it interacts with matter and usually results in heat. [unless it is really hot].
The simple answer is that translucent objects do all three!
JCF
transparent means almost all light passes through
translucent means about 50% of light passes through
opaque means no light passes through
An opaque object absorbs all the light that hits it. That's why
there's never any light left to come out of the other side.
opaque material: some light will get reflected and some will get absorbed transparent material: light will go though it
The colour of something is usually determined by the light waves reflected by it. We see what is reflected and not what is absorbed. This applies to opaque objects as well as translucent ones.
true
If the glass is translucent then some is reflected back while some frequencies pass through. Ultraviolet is blocked by glass.
Yes, everything you see is the light that is reflected by objects/materials. It is the properties of a material that determines the color of the light it reflects.
they reflected
opaque material: some light will get reflected and some will get absorbed transparent material: light will go though it
opaque material: some light will get reflected and some will get absorbed transparent material: light will go though it
Nope. It only reflects. Refraction is pretty much distortion.
The colour of something is usually determined by the light waves reflected by it. We see what is reflected and not what is absorbed. This applies to opaque objects as well as translucent ones.
they reflected
Translucent materials do not preserve the qualities and details of light passing through them. Thin eggshells are translucent, as is baking paper, tracing paper, frosted glass, and some plastic films.
the entire object, no because the definition of transparent is 'lets light pass through', and obviously it doesn't because it provides a reflected image, but the glass part is transparent.
when a wave is been reflected, the direction of the wave changes. The speed of a reflected wave depend on the material that caused the reflection, either it's an opaque, transluscent or transparent material. The speed of reflection is greater in the following ascending order. Transparent, transluscent and Opaque.
Opaque- it does not allow any light to pass (all light is reflected back).
true
Because glass is not perfectly transparent, some of the light is reflected