Interference does not occur when one wave is brighter than another, and the fainter wave cannot be observed. It occurs when two or more waves overlap.
If you add resistance to the circuit the bulb will shine with a fainter light ... the higher the resistance is the fainter it will shine
They spread out, reducing the energy per unit of surface.
Loudness of a sound depends on its amplitude. Greater the amplitude of sound wave, more louder the sound is. Smaller the amplitude of wave, more fainter it is. For more details, contact saqibahmad81@yahoo.com
An echo is made by a sound being bounced on a solid. You see, sound can be reflected and refracted(or bent) just as a sound wave can. You then hear the sound repeating itself, getting fainter and fainter and it repeats. -Ms.Rema Bhatia 7 and 9th grade science advance teacher in Floral Park Memorial High School LET'S GO KNIGHTS!!!!!!!!!!
It doesn't, assuming equal wind conditions, although as the air temperature falls hence density rises slightly, it will travel very slightly more quickly.The impression is from the normal sounds of the day reducing considerably at night, so they do not mask fainter sounds from more distant sources.
Its brightness. the bigger the number, the fainter. So, -1 is brighter than 5.
This could be considered a trick question. Generally, Betelgeuse is brighter BUT Betelgeuse is what we call a variable star and there are times when it is fainter than Aldebaran.
The star sometimes appears brighter,and at some other time, fainter, which is the twinkling effect.
It is brighter because it is emitting more gasses at a faster rate than other sized main sequence stars.
Simple, even though the sun is dimmer then many stars, it is over a thousand times closer to the earth and thus is larger to us and brighter
fainter
fainter
yes
No. But the result may be fainter. Do another test.
I don't think we can answer that as we are seeing fainter and fainter stars as technologies improve. The Hubble Space telescope showed stars never seen before but I am sure there are even fainter ones that we might see with new technologies one day.
That object is easily visible with a pair of binoculars. A star's apparent brightness is exactly 100 times less than another star if its apparent magnitude is +5 greater. So, the star of magnitude 7.3 appears 100 times fainter than a star of magnitude 2.3. (Polaris is a bit brighter than magnitude 2.3).
No. Brighter distant stars can have the same apparent magnitude as fainter stars that are closer.(Absolute magnitude does not refer to actual brightness, but rather to what the brightness of a star would likely be at an arbitrary distance of 10 parsecs, rather than its actual distance.)