An amp is a measure of electric current flow. The amp is a coulomb per second past a given point. (A fancy way of saying it is that a coulomb of charge per second entering and leaving a node is an amp.)
2.3 kw per hour on a 110-120 volt circuit.
If you draw one amp of power for 1 hour that is an amp hour . If you have a different load eg a heater drawing 3 amp , it would be 20 minutes . Divide the hour ( 60 mintues ) by the amps you draw .
The 12 amp hour battery will last longer under the same load as a 10 amp hour battery. For example if you had a load drawing 2 amps, the 12 Ahr battery would last 6 hours and the 10 Ahr would last 5 hours under ideal conditions.
To calculate the amperes when given coulombs, use the formula: Current (I) = Charge (Q) / Time (t). If the time is not specified, you can't determine the current from just the charge in coulombs.
1x10^-9 nC = 1 C
one per second per amp.
The unit quantity of electricity is the Coulomb. The rate of electricity flow in coulombs per second is the Ampere, sometimes shortened to Amp. Note: current doesn't flow, instead current itself is a flow rate (flow of coulombs of charge per second.) When coulombs are flowing, the flow rate is measured in amperes.
1 hour = 3,600 seconds96,500 coulombs/hr = (96,500 / 3,600) coulomb/sec = 26.8056 Amperes (rounded)
Yes, it does. I you have N batteries in parallel each batter supplies 1/Nth of the total current to the system. So basically each battery (and therefore the entire system) will supply power to the load N timers longer. Amp hours = Amp*hours, so if you multiply hours by N you multiply your Amp hour rating by N. Hope this helps. p.s. Amp hours do NOT add in series... basically because 1 Amp*hour = 3600 coulombs and it represents how much charge flows from the batter.
It is one amp current used over one hour. A ten amp hour battery can supply 1/2 an amp for 20 hours, 1 amp for 10 hours, etc.
The 50 amp charging circuit will never be able achieve a full charge for the 70 amp hour battery, thus in effect turning the 70 amp hour battery into a 50 amp hour battery.
4000 ma is equivalent to 4 amps 1 amp is 1/1000 ma/hour means amp or ma per hour.
A typical deep cycle battery usually has amp-hour ratings ranging from 50 to 200 amp-hours.
The typical amp hour rating of a marine battery is usually between 50 to 200 amp hours.
The unit quantity of electricity is the Coulomb. The rate of electricity flow in coulombs per second is the Ampere, sometimes shortened to Amp. Note: current doesn't flow, instead current itself is a flow rate (flow of coulombs of charge per second.) When coulombs are flowing, the flow rate is measured in amperes.
Amp hour
Multiply by kilovolts, and you will have it. For example: 1 amp hour X 0.120 kilovolts = 0.120 kilowatt hours