cuz they couldn't think of another thing 4 a pig 2 to.... unless being fat...
Not really, but there have been legends about evil witches who have the power to turn into cats when put in cat eyes instead of human eyes. You could imagine that, though. Or buy little marbles that look like cat eyes and I guess just hold em' up to your eyes! :) Witches don't do that. Just so you know. And you can't, but you could also like paint it around your eyes.
He's called "Blinky", and he has three eyes after radioactive waste from Mr. Burns' nuclear power plant was dumped into his river, causing him to mutate and grow an extra eye.
the red eyes is the original guinea pig the white eyes is the normal guinea pig but the white eyes is better than red eyes because red eyes bites and whit eyes do not.
I haven't seen this with my own eyes but the horse represents power, beauty, strength and freedom.
on alhumhdknhg
Cyclops could shoot a red laser beam out of his eyes. He also dated Jean Grey.
yes!
A laser produces a Gaussian beam because of the diffraction effect of the laser beam passing through an aperture. The electric field distribution of the beam follows a Gaussian shape due to the wave nature of light. This results in a beam that has a bell-shaped intensity profile with a narrower central peak and gradually decreasing intensity towards the edges.
The eyes are the most vulnerable part of the body to be damaged by a laser beam. The intense concentration of light can cause serious harm to the delicate tissues of the eyes, leading to vision loss or even permanent blindness. It is crucial to use appropriate eye protection when working with lasers or being exposed to laser beams.
Heat vision is like laser eyes, but using it in a heating way... Laser eyes are shooting lasers out of your eyes
I suppose a crate full of them could fall on your head ... Or someone could shine one in your eyes when you were driving ... But barring something like that, laser pointers do not have enough power to harm skin. You shouldn't look directly at them (as the sign on more than one research laser I've seen says, "Do not stare directly into beam with remaining eye"), but you can shine it at your hand for as long as you like.
I shined the light laser in his eyes and it stung his eyes ALOT.
It is called 'Shoop da Whoop', which has a disputed origin, however is believed to originate from a flash animation featuring the character Cell from Dragonball Z, over whose face was drawn a pair of googly eyes, and a laser beam.
Yes they are ! Anything over 5mW is classed as a WEAPON ! Even the low-power ones could land you in trouble if you were to shine it in someone's eyes. ANY concentrated beam of light directed into the eyeball can cause temporary or PERMANENT blindness !
In the back of the machine, there is a 50-watt CO2 laser tube. There are mirrors and lenses, which get the laser beam, to the yellow lens at point 1 in the picture below. At point 2 there is a right angle mirror, that redirects the beam to point 3. At point 3, there is another right angle mirror that points the beam downward. Along with the mirror, there is a lens that focuses the beam to point 4. The lens that I used had a two-inch focusing distance. You can see there are 3 screws at point 3; the right angle mirror, and lens assembly comes out for cleaning. I don't know why, but I was surprised that the laser beam was not enclosed in its travels. You can see from the top picture on this page, that the user is protected from the working compartment, by the top lid of the machine. The window is coated to protect the user's eyes from stray laser light.
No. By law consumer lasers are limited to very low power. If you could aim it at the moon there is no chance that the reflected beam would be visible to the eye. During the Apollo program NASA put some laser retroreflectors on the moon so they could get strong enough reflections back to detect, but they used much more powerful lasers than you can buy and much more sensitive detectors than your eyes are.
The reason we can only see lasers through dust or cloudy water is because our eye can only see light that enters directly into them. When a laser travels across our plane of vision the laser beam is traveling in a straight line, but when it hits the small particles of dust that light is being reflected in an infinite number of directions. A portion of those reflected light rays enter our eyes resulting in what appears to be a laser beam.