power p=981*(row)*w*h watts
where,
(row)=density of water(1000)
w=discharge in meter cube per sec
h=head in meter....
What condition is it in? That determines the value.
What Condition is it in? That determines the value.
It depends upon power of phosphorescent light. The power determines energy consumption.
The specific heat of water determines how much energy is needed to heat water.
The velocity of the flowing water is the primary factor that determines how much sediment it can carry. Higher velocity can transport larger and heavier particles, while lower velocity can only carry finer sediments.
What the water is contained in (seas, rivers, lakes, etc.), how much of it there is and the means by which you intend to use this water for power generation. The best way of using water to generate power is extracting the Deuterium (2H) atoms and using them with Tritium (3H) to generate energy by fusion. Unfortunately, this technology is still somewhat experimental.
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as for crankshaft rotates for a certain rpm ...... and with respective rpm we need it to come to rest and the brake applied to it with much power..... determines how much power we need to stop it at a certain rpm..... these brake power is known as brake horse power..
They indicate the density of the seawater, which determines how much lift-force the water can apply to the ship. So, basically, the lines show how much cargo a ship can hold in different water bodies.
The amount of available water determines how much the area can be developed, and people need to use a certain amount of water to live.
So Much Water So Close to Home was created in 1989-02.
No way of knowing with only that information. The complete engine determines the horse power it may produce be it a 1 cylinder or multiple cylinders.