Atoms.
Electricity is not something you can "break down" into "elements".
You can use electric energy to drive certain chemical reactions. For example, you can split water into hydrogen and oxygen. But that does not mean that electricity is "made of" hydrogen and oxygen. Water is.
Electric current is made of electrons flowing in a conductor such as copper or aluminum. (e.g. wire)
The wire does not weigh any more, or less, for having electricity flowing in it, as the electrons in question were and are always there, even if no electricity is flowing. It is just that in conductive materials (like most metals, like copper) the outer electrons of the atoms are fairly loosely bound to the nuclei. So electric current involves shoving electrons into one end of the wire and taking the same number out the other end. This is done by applying "electromotive force", EMF, which we measure in volts and is commonly called "voltage". The total number of electrons in the wire remains the same. The electrons just move along from one atom to the next, so the net charge in the wire remains zero.
This does make electricity "weightless", I suppose. However this would not cause the wires in transmission lines to "hang upwards" because the weight of the wires themselves would still be there. Again, the wires don't weigh any more - or any less - for having electric current flowing in them.
You can transport by train chemicals and materials which, when arranged in the proper way, produce an electromotive force. We call such an arrangement a "battery." However batteries are a very inefficient means of storing electrical energy. Just for comparison, a liter of gasoline contains the equivalent of 9000 watt-hours of energy; a liter's worth of lithium-ion battery, the best currently available, contains only 250 watt hours.
The materials from which primary batteries (those that start out charged and can only be used once) are not in infinite supply, either, so the idea of just making batteries instead of using fossil fuels won't work. There's a LOT more latent energy in the ground in the form of fossil fuels than there is in chemicals that could make batteries. And batteries aren't the most environmentally-friendly things either.
Electricity flowing in wires is an extremely efficient, clean, safe, and convenient way to move energy around. So much so that if you have electricity, about the last thing you want to do with it (from an energy efficiency point of view) is to use it to e.g. make hydrogen or charge a battery.
moving electrons
Power lines are typically made of aluminum or copper conductors that are held up by steel or aluminum poles. The conductors are insulated to prevent electricity from escaping and causing harm. Additionally, power lines may be enclosed in a protective casing to shield them from environmental factors.
Power lines are held up by tall metal structures called transmission towers or poles. These structures are designed to support the weight of the power lines and withstand environmental factors like wind and weather. The power lines are typically attached to insulators on the towers to prevent electricity from traveling down the structure.
Flying a kite near a pylon is dangerous because the kite string can conduct electricity from the power lines, leading to electric shock or injury. Additionally, the kite may get entangled in the power lines, causing damage to the lines and potential power outages. It's best to fly kites in open, clear areas away from any overhead power lines.
It can vary, but generally when snow accumulates over power lines in significant amounts, it can cause power outages. Wet, heavy snow can weigh down power lines and tree branches, leading to equipment failure and disruptions in power supply.
Blizzards lose power because some power lines freeze and other get knocked over with harsh winds.
75,000
Power lines are made of aluminum, because they are exceptional conductors of both heat and electricity.
Much higher.
there are no power lines in heaven
Power lines are held up by tall metal structures called transmission towers or poles. These structures are designed to support the weight of the power lines and withstand environmental factors like wind and weather. The power lines are typically attached to insulators on the towers to prevent electricity from traveling down the structure.
123321
The answer is yes they can touch one another when there on power lines
the power steering is leaking were the lines run inside the boot on the driver side
No
Power lines carry electricity from power plants to homes and businesses. The electricity is generated at the power plant and then sent through the power lines to reach different locations where it is needed, providing energy to power various devices and appliances.
Well, darling, the answer to power lines 1 level 6 is simply 857. Now go on and show those power lines who's boss!
because the lightning hits the the power lines and electricity runs through power lines
The power steering lines run between the power steering pump and the rack and pinion.