Yes
Yes, this is a very common method.
Classical electrodynamics said that light energy was a wave, and that atoms absorbed that energy the same way that an object absorbs radiant heat. Thus, the more intense the light, the more energy would be absorbed by the atoms in a metal. When the electrons in a metal got enough energy from the incoming wave, it would be possible for that electron to shoot out from the atoms in the metal. The more energy absorbed, the more energetic would be the electrons coming from the metal. Also, until each atom got enough light energy, no electrons could possibly be expelled. Light frequency didn't matter nearly as much as intensity. The photo-electric effect defied this approach in many ways: 1) No matter how intense was the light, if it was below a certain frequency, no electrons came out. If the light was above this frequency, increasing the intensity increased the NUMBER of electrons coming out, but not their energy. 2) No matter how dim was the light, electrons were coming out of the metal almost instantaneously. 3) Increasing the frequency of the light resulted in more energetic electrons coming from the metal, even if the intensity was decreased. Explaining this via classical electrodynamics was pretty much impossible. Einstein showed that a VERY radical assumption made explaining all of them almost trivial.
shoot the lever handle on the left side of screen....this will cause metal to fall on target and kill him
You shoot a target with a rifle
You shoot at a Target. You shoot with a Thompson(brand name of a gun). Submarines shoot Torpedoes.
A reference point to shoot at
archary is where you shoot arrows at a target
target
Tazer's shoot two electoral barbs that attach to the target, allowing the shooter to send an electrical charge to the target from the Tazer.
yes we have to shoot five targets
aim and fire Another answer: You do not aim a shotgun, you point a shotgun. You shoot where the target will be when the shot gets there, not where the target is when you pull the trigger. That is called "windage."
Streams of protons and electrons emitted from the Sun produce a solar wind. This is a source of energy has been shown in science fiction as a method to power interstellar travel, using solar sails.