That's going to depend on which pole of the magnet is sticking out towards
the beta stream (there are two choices), and also on the direction in which
the electrons are flowing past the magnet (there are two choices).
Beta particles are high speed electrons or positrons. They have charge so they will be deflected by a magnetic field.
A magnetic field alters the direction in which a beta particle travels. This is true if the charged particle has motion which has a component that is "across" the magnetic lines of force of the field through which it is moving.
The reason for the observed deflection is because a charged particle that is moving creates a magnetic field, and this field reacts with the magnetic field through which it is moving. The result will be lateral deflection, and positively charged particles will be deflected one way and negatively charged particles will be deflected the other.
Beta particles bend toward the north pole because they are negatively charged and are attracted the the north pole which is positively charged
their paths bend in opposite directions
Towards positive pole.
They have a RAVE, BABY!
the two poles of a magnet have opposite properties. one of them points towards north and the other points away from it (towards south). that's why poles of the same sign repel each other, whereas poles of opposite signs attract each other.
10N south would be the force exerted
NO!!! Because they are both positive ions , they will REPEL each other. An ionic compound has both positive and negative ions. ~Thet attract each other. NB Think of the North and South poles of a magnet. Two north poles facing each other REPEL . A borth and South pole facing each other ATTRACT.
Yes, electron do have poles, since the rotation of electrons are set as up or down, and its rotation is quantized. Theses rotations about an axis, results in minute electromagnetic forces that attracts oppositely spinning electrons to the same energy level. There are many rules governing the configuration of electrons within the electron shell, the most important are the Pauli exclusion principle, which states no two electrons may occupy the same orbital with identical spins, and Hund's Rule, which states the electrons fill in order of orbitals to prevent the occupation of a orbital by two electrons, unless there is no more orbitals to place the new electron.
South Pole of another Magnet or towards the South Pole of the Earth
The north of the compass points to Earth's magnetic south pole, which is to the north.
A magnet always points towards north and south if suspended freely because it gets attracted to the north and south poles of the earth. The east and west have weaker magnetism power.
A pole. They are called the north pole and south pole. The north pole of a magnet is defined as the pole that, when the magnet is freely suspended, points towards the Earth's North Magnetic Pole in the Arctic.
the magnet will repel
NORTH AND SOUTH
Like poles attract. Unlike poles repel. So north and south will attract towards each other, while north and north (and south to south) will repel.
When a magnet is freely suspended at its center it will set itself along the north-south direction. The tip pointing towards the geographical north direction is called the north pole and the other tip is called the south pole.
A magnet has a north and a south pole.
As we know every particle is made up of tiny particles called atoms,each magnet is made up of tiny particles called Molecular magnets.Each of them acts as a individual magnet with North and South poles.There arrangement decides the polarity of the magnets
North and South (Poles) :)
the north to north south to south don't south and north do.