When you connect a light switch in parallel circuit, and when the switch is closed<span>, the switch lights up with normal brightness. </span><span>
The current entering the junction is split, with some of it leaving in one direction and the rest leaving the other way. Only part of the current flows through each device. On the other hand, each device "feels" the full voltage of the battery. </span>
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the cycle of the Moon through all its phases
Explanation:
The cycle of the Moon through all its phases is closely related to the unit of time that humans call month.
It takes 27 days for the moon to complete its orbit around the earth and this is equivalent to a month.
The moon is the earth's natural satellite and it revolves round it in every 27 days.
The moon passes through its different phases within this time period.
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At first, the two metal spheres have the same number of electrons and protons.
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Naturally, the negative charges (electrons) will move away from negative and towards positive, you know. But there is a sea of electrons, and the electrons will disperse among themselves until they're staying as far away far away from more electrons.
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The electrons in the spheres would naturally move to even out the charge. But the electrons have no path to easily flow along. I mean, a high voltage will "break down" the air and electrons will jump across. But then the potential difference wouldn't be high enough to jump, but still be difference.
So you give them a path - a conductor to let the electrons flow. Pretty much. connect them by a metal rod, or something</span>
Answer:
Explanation:
Given
Distance of screen from light source
we know in slit Experiment
, where =angle between the path and a line from the slits to the screen
and
where y is the position of First maxima corresponding
calculations for
for n=1
Spectrum Width