No it is the opposite. The closer the plates are together the higher the capacitance. This is given by the forumua: C = [(2.2479 x 10^-13) x K x A] / d where d is the distance between the plates. Which means that C is inversely proportional to the distance between the plates.
A capacitor can charge to its' maximum OR the voltage applied to it, whichever is LESS.
Approximately the distance between this answer and your question.
it is maximum 120 m .
The maximum distance is called its peak. The distance between the wave's positive and negative peaks is its amplitude.
lamda /2
In a room, the maximum distance between duplex outlets is usually 12 feet. Too much distance between outlets can make it difficult to plug in all of the necessary electrical devices in a room.
about 30 centimeters
THe Filter capacitor value depnds on the maximum current I of the Power supply , Switching frequency and the permissible ripple C= (I * (1/2f ))/ ( V * %Ripple) - for a full wave rectifier C= (I * (1/f ))/ ( V * %Ripple) - for a Half wave rectifier Where C= Capcitance in Farads I = Current in Amps f = Switching Frequency V = Nominal voltage in this case 12 V Reji J Thoppil
I'm sure that this question means altitude. Altitude is vertical distance between the maximum or minimum of the ocean wave (or any wave) and halfway between the minimum and maximum. Half the vertical distance between the minimum and maximum of the wave.
12 feet
The distance is 457 km - 5 hours maximum!
Companies usually advertise that GMRS radios have up to a thirty mile maximum distance, but many people disagree with this. This figure usually only applies if there are no obstructions between the two radios, but as there usually are, the real maximum distance is usually less than a mile.