Water tap potential (voltage) ?
Speed is length per time.
Current is an amount per time.
So if electrical current is coulomb per second
then water current is kilogram per second.
Electric voltage is joule per coulomb and
water voltage is joule per kilogram.
If we have a body that moves, it encounters
friction force. Friction force * speed = power.
So when friction power equals engine power
the body stops accelerating and it's speed is
constant.
So if we are talking about water amount and
not single moving body how do I calculate power of the
water source and it's water voltage (joules per kilogram) ???
Water current is easy to get, of course it is amount of water in a bucket
(in kg) per time it took to fill a bucket.
Speed is length per time.
Current is an amount per time.
So if electrical current is coulomb per second
then water current is kilogram per second.
Electric voltage is joule per coulomb and
water voltage is joule per kilogram.
If we have a body that moves, it encounters
friction force. Friction force * speed = power.
So when friction power equals engine power
the body stops accelerating and it's speed is
constant.
So if we are talking about water amount and
not single moving body how do I calculate power of the
water source and it's water voltage (joules per kilogram) ???
Water current is easy to get, of course it is amount of water in a bucket
(in kg) per time it took to fill a bucket.