Yes. Electricity flows from the negative side of a battery to the positive side. If you wrap your hand around the wire with the thumb following the electricity, the magnetic field will be moving in the same direction as the way your fingers are curled.
He used an electric current to affect the needle of a compass.
Hans Christian Oersted. In 1820, he discovered that an electric current could affect a compass needle.
Batteries and generators provide DC, Direct Current electricity.
AC electricity will not dissipate in charge traveling along a wire for up to hundreds of miles whereas DC dissapates at about 2 miles at its best. DC is simple and easy, the simplist electrical cirtuit possable.
by wires <<>> Electricity is not a collectible commodity. It is generated and distributed as the demand requires. Small amounts of DC electricity can be stored in a capacitor but is not viable as an AC source. Electricity is distributed by wire conductors.
He used an electric current to affect the needle of a compass.
no
Hans Christian Oersted. In 1820, he discovered that an electric current could affect a compass needle.
same as DC electricity
In a DC circuit yes. The compass detects the magnetic field around the wire. Reverse the DC current and the compass will swing 180 degrees from the position is was in.
DC
Electricity or rather electric currant can be either AC or DC. AC means alternating current (as in that electricity that is supplied by the mains) and DC means direct current (as in that electricity supplied by a battery)..
DC: Direct Current
You can put DC electricity through it
The compass needle was deflected.
They provide DC power or current to run dc products.
The two forms of Electricity are AC and DC. AC Stands for Alernating Current and DC stands for Direct Current. AC electricity comes out of the Powerpoint that your computer is probably using and DC electricity is used in 5.1 voltage batteries that probably power your flashlight or toy.