Liquid helium is colder than anything else on the face of the Earth. They cool the magnets with helium so the wire they're made out of will superconduct - flow electricity with no resistance. The LHC's magnets use 1.5 million watts of power all tolled; imagine how much they would need if the wire had even a thousandth of an ohm per meter resistance!
Most superconductors only become superconducting at very cold temperatures, and liquid helium is a common coolant for superconducting magnets (which there are a lot of in the LHC). There are liquid nitrogen temperature superconductors, but as far as I know they're all fairly brittle and hard to make into wire, which limits their usefulness in constructing superconducting magnets.
It's also possible that liquid helium might be used for cooling certain of the detectors.
Helium is a chemical if you breath that chemical through a balloon or anything that involves helium will shut your body off.Helium can be a very dangerous chemical Helium is an inert gas, and despite the fact that some inhale it to change their voice temporally, I don't suggest inhaling. You need gas exchange to live.
Hadron Collider - high powered electromagents in a ring, orientated so that they accelerate the particle (typically a neutron) at the molecule you want to break up (this might have to be repeated several times depending on the size of the molecule). This will most likely break apart the molecules as well as the atoms though... (depending on the velocity of the particle.) Hydro-carbon: heat is best, therefore Bunsen Burner, Furnace or High Powered Lasers etc. Electrolytes: use electrolysis, therefore two conductive rods (typical carbon) connected to a power supply, of which you have to melt/dissolve the material beforehand.
The LHC is for the most part absolutely safe. No need to worry about it causing Doomsday anytime soon. Though they say it could cause a micro black hole that would only exist for one-millionth of a second. Possibly it can create Antimatter that reacts to Normal matter. I also have read that it could create particles called Strangelets which is matter that will turn what ever it touches to its self and so on until all matter around it is a form of its self. Luckily for us the possible Black hole will not be around long enough to even tell (unless they are actually able to pick up the radiation it produces with a sensor and prove that it came from a subatomic black hole). Antimatter can be contained within a vacuum so it has no ability to react with normal matter; and Strangelets are only a scientific theory.
You will need cardboard or balsa wood for the frame and gondolaÊof the airship. For the blimp itself you will need a mylar bag or some other kind of nylon material, as well as helium.
you need food they eat rotten fruits. for its habitat you need a large inclosure give them some heat occaonaly. there you go.
I assume you are asking about the myth that somehow the LHC will create a singularity (black hole) and ,for lack of a better word, absorb the solar system. In which case the answer is no the LHC is perfectly safe, However there are always risks with any high energy particle experiments, radiation and high magnetic fields are of course a by product of the project, though there is no need to worry about any of those phenomena as they are safely contained and shielded
stars* and they don't need helium they make helium from hydrogen using nuclear fusion omg im 13 and i know this
Your body does not need helium. Helium is an inert gas, and it is not found as a "building block" of any organic material, or any other materials for that matter.
Helium ions can be synthesized by removing electrons from a helium atom and it would need a tremendous energy.
The number of helium balloons needed to lift a person will depend on the person's weight. On average, it takes about 3-5 large helium balloons to lift 1 pound. For example, to lift a 150-pound person, you would need roughly 450-750 balloons. It is important to consider factors like air currents and ceiling height when attempting to lift objects with helium balloons indoors.
Ooh, lots of things. Magnets are used everywhere. Electric motors use both permanent magnets and electromagnets made by electric current, for instance. The most impressive and scary use for magnets in science is in Linear Accelerators like the one at the Large Hadron Collider in Switzerland and France. Here, huge, scary magnets, magnets that need to be cooled with liquid helium to within 2 degrees of the coldest temperature that can exist, anywhere in the universe, control a pair of beams of tiny particles and make them travel at 299,792 km per second, or just a tiny bit slower than light itself. At that speed they make the two beams collide with each other. From what results from these collisions, they hope to find out, for instance, what makes stuff heavy, and find out more about how the universe works.
Helium atoms only need 2 valence electrons to have a filled outermost energy level because helium is in the first period of the periodic table and its outermost energy level can only hold a maximum of 2 electrons.
to lift 1 kg or 2 pounds you need 0.16 kg of helium so for 2000 pounds you need 160 kg of helium or 320 pounds at 1 atmosphere
Yes.
Reverse chronological causation is a theoretical idea where the effect of an event can influence its cause retrospectively. In the context of the Large Hadron Collider, it could potentially lead to new insights into fundamental physics by studying particles and their interactions in a way that challenges our traditional understanding of causality. However, this concept is highly speculative and not widely accepted in mainstream science.
To find the number of moles of Helium in 6.46 g, you need to divide the given mass by the molar mass of Helium (4 g/mol). 6.46 g / 4 g/mol = 1.615 moles of Helium.
YES!!! However, there is no need to heat the helium. It is a light gas. and it is an inert gas.