It depends what the other components of the circuit are. If you use a 24 volt battery set up, and the load is designed for 12 volts, you may burn out the load. For example, 12 volt automotive lamps will burn brighter but will fail sooner if powered by 24 V instead of 12 V.
0.5 amps
In a parallel circuit, the same (supply) voltage will appear across each branch. So, in your example, 12 V will appear across each of the 24-ohm resistors. To find the current through each resistor, then, you simply divide the supply voltage by the value of that resistor. Since the supply current is the sum of the two branch currents, to find the supply current, you simply add together the currents passing through each resistor.
It depends on the use it is being put to. It is sufficient for a 24 volt circuit. Too much for a 12 volt circuit and too little for a 240 volt circuit.
P=VI, so P=24*2 = 48W.
24-to1mux circuit
You have to win the Sarthe Circuit 24 Hours II in the endurance races. You have to win the Sarthe Circuit 24 Hours II in the endurance races.
-24 vdc
nothing will happen to the egg if you put it in water for 24 hours.
Work it out for yourself. The equation is: Z = E/I, where Z is the impedance, E is the supply voltage, and I is the load current.
Power = E times I = (24 x 2) = 48 watts
It depends on the voltage rating of each lamp, and the value of the supply voltage. It's important to understand that a lamp will only operate at its rated power (therefore at its full brightness) when subject to its rated voltage.So, let's assume each lamp is rated at, say, 24 V.If connected in parallel across a 24-V supply, then they will both operate of full brightness.If connected in series across the same 24-V supply, then each lamp will be subject to half its rated voltage, and will be very dim.On the other hand, if connected in series across a 48-V supply, then they will each be subject to 24 V, and will both operate at full brightness.
Criminal Minds - 2005 Supply and Demand 6-24 is rated/received certificates of: Netherlands:12