When a photon of light hits a mirror it cause the electrons in the mirror's atoms to vibrate and give off identical photons of light. Metals work better as mirrors because they have a large number of electrons shared by their atoms. The atoms in other reflecting surfaces, such as glass, do not share their electrons as readily. Mirrors need to be smooth so that the reflected light goes straight back to its origination instead of being scattered in many different directions.
With these conditions in place, light striking your face will be reflected towards a mirror in a state modified by the characteristics of your face. The mirror will in turn release an exact replica of the light photon back towards you, which will be absorbed and processed by your eyes and brain, and you will then create the image of your big smiling mug by the actions your mind perform to analyze light particles.
The reflectiveness of a material is dependent on its surface roughness. A material with a very good polish will be more reflective than a material with a poor polish. For instance, most chunks of rock you encounter are unreflective. They have generally been broken off a larger chunk of rock, and that broken surface has a lot of topography (roughness). If you were to polish that rock so that there were very few imperfections in the surface it would eventually be so reflective that you can see you reflection in it.
Reflectiveness depends on surface roughness because of scattering. Waves of light first bounce off the object whose reflection you're trying to see (in this case your face), then bounce off of the reflecting object (in this case a rock), and then enter you're eye. If all the waves are precisely reflected from the rock, then they will preserve the image or your face. If there is any surface roughness, then waves will be reflected in many different directions (scattered) and that image with be destroyed.
Lake, window, spoon, sunglasses, toaster, & CD
Glass, water, metal, tinfoil,
Any smooth surface
You can see your reflection in your tv
Things about self
Rare things.Maybe some things that no one ever heard of?0-0
It can help magnify and in large bacterias and other germs we can not see with the naked eye. Also, things to research, we can not see with the naked eye.One other thing is that microscopes can help scientist identify disease and cure them.
one thig is that you will see that it will fizz up then it will leave a little cup of water.the other thing is that it will soundlike does when you shake it up.
Light usually passes through a transparent object. Similarly, light passes through the translucent objects but people cannot see through it.
To see tiny things....
Reflection in a pond
due to irregular reflection
A reflection is something, such as light, that is reflected from another object. Light, sound and other forms of energy that travel in waves can be reflected from different things. We're probably most familiar with the reflection of light. If we look in a mirror, we see whatever objects are emitting or reflecting light into the mirror at an angle from the "vertical" or "straight on" direction (the normal), but on the opposite side of the angle we are looking into the mirror from. Use the link below to see some diagrams and learn a little more.
Reflection
water,mirros,glasses,glass,carhull.
due to the irregular reflection,we are capable to see things without irregular reflection like in the case of mirror you will just see the of the object from which the ligth comes...for example the light scatters from the page of book is irregular reflection..if these were not you will not be able to read from the page rather you would see image from which the light comes and all on page
that's a fact : u're to things ... coz of reflection of light and the best example could be wen u see moon at nights u're actually being able to see it coz...of reflection of light from the sun............
We can see things. Otherwise we could only see light sources.
You cannot see your reflection in all objects that reflect light because of diffuse reflection.
You cannot see your reflection in all objects that reflect light because of diffuse reflection.
It travels fast, in a straight line. It it released by some chemical reactions, not just fire, like in a lightning bugs tail. It is absorbed by some things and reflected by others. Reflection is how we see the moon.
You cannot see your reflection in all objects that reflect light because of diffuse reflection.