Supposing no quantum effects, such as virtual particles, yes, they would start moving towards each other.
The reason is gravitation - it won't be particularly strong at this distance, but would still exist.
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).
Water typically flows downhill due to gravity, following the topography of the land. It will find the path of least resistance, ultimately moving towards lower elevations such as rivers, lakes, and oceans.
Diffusing molecules never stop moving. In fact, no particle (atom, molecule) ever stops moving. All particles are in constant random motion, but in solids they just vibrate.
An increase in entropy.
Ions are charged particles that can move within a substance. In a solution or a molten state, ions can carry electric current by moving towards oppositely charged electrodes. This movement of ions allows for the flow of electricity through the substance.
The Universe as a whole is expanding but that doesn't mean everything has to be moving apart. Galaxy clusters are moving away from one another, but galaxies, stars, and planets aren't. Gravity still has a strong grip on everything.
No. Pretty much everything in the Universe is moving away from pretty much everything else in the Universe. This is because the Universe is expanding.
Stars and galaxies in the universe are moving away from one another in a manner similar to the way in which raisins in a ball of dough are moving away from one another.
No. They do move away one from another, due to the expansion of the Universe.
While there is some seemingly random movement, in general the objects are moving away from one another. In other words, the Universe is expanding.
Synonyms for the preposition towards could include - approaching, moving, or proceeding.
If the Universe was shrinking the galaxies would appear to be moving towards the Earth, and look more blue than they should. This is the opposite to the universe expanding where galaxies would appear to be moving away from the Earth, which we know due to "red shift". Andromeda would be the exception since it's directly moving towards the Milky Way.
it is growing bigger and moving back towards lake erie.
Neither. The definition of the 'universe' is: Everything that exists. And since that includes us, we are inside of the universe. The Universe is, however, thought to b expanding, and expanding faster at its outer edge. So the outer edge of the Univere is moving away from us. We, on the other hand, are moving away from the center of th e Universe (wherever that may be) so we are at the same time getting more distant from the center.
It would mean that the universe was radially static. That is, no galaxy was moving towards or away from the earth. This could happen if everything in the whole universe were moving in the same direction at the same [linear or rotational] velocity.
On the largest scale, the general tendency is for galaxies to move away from one another. In other words, the Universe is expanding.
Redshift and blueshift are manifestations of the Doppler effect. This lets us determine whether a star, or a galaxy, is moving towards us, or away from us.