Mass attracts light, just as if light were composed of particles that have mass.
The effect is relatively small. So in order to see it happen, you have to catch light that has passed close to an enormous mass.
This theory was checked by observing the light of a star that appeared near the sun during a solar eclipse.
(It had to be done during an eclipse, when the sun was blocked out by the moon. During normal conditions, with the sun unobstructed and blasting away, it would be impossible to see the star.)
Sure enough, the star appeared slightly too FAR from the sun, because its light bent TOWARD the sun on the way by.
Yes, repel is the opposite of attract.
Attract. For sure.
Same poles attract where as opposite poles repel. N-N= repel N-S=attract S-N=attract S-S=repel
attract
attract
If an electromagnet is close enough, it will either attract or repel other magnets.
they repel. opposites attract!
Yes, repel is the opposite of attract.
A positive charge will attract a nearby negatively charged particle.Oppositely charged particles attract each other while ones with the same charge repel each other.
They repel.
repel
Like poles repel and opposite poles attract.
I believe it would be Attract depending on how you use Repel.
All of the metals attract and repel, but if a: negative and positive come together= attract positve and a negative come together= attract negative and negative come together= repel positive and positive come together= repel
"Opposites attract". So two electrons repel each other.
There is no such thing as a color that does not attract insects. One color may appear to repel one insect and yet attract another, as in the case of yellow not appealing to houseflies but attracting wasps. Light colors will not attract bees or mosquitoes even though they do not repel moths.
attract