Yes, but this condition is such an extreme one that:
The only way you could do it exactly as you describe in your question is with perfect ideal components, which just do not exist in the real world.
But if redesigned to allow for the nonzero resistances of real components, using a low internal resistance voltage source (but probably not a battery), using large diameter copper bars (not wires) that can safely carry 1000 amperes, and getting permission from your power company to connect directly into a substation for power (not on a standard home or industrial distribution line); you can do something similar.
-- If the 3 Amp is being drawn from a battery,then the battery is supplying3 x (Voltage of the battery) watts.-- If the 3 Amp is flowing through a resistor,then the resistor is dissipating9 x (Resistance of the resistor) watts.
you better not. you need a 9V regulator for this, not a resistor!
The voltage of a battery goes as the current times the resistance (V=IR). Because the voltage is being held constant, the resistor that draws the most current will have the lower resistance.
In series.
1). 6V battery, 1-ohm resistor, 2-ohm resistor, all in series:Total resistance = 3 ohms.Current in the loop = 6/3 = 2 amperesPower dissipated by the 2-ohm resistor - I2R = 8 watts.2). 4V battery, 12-ohm resistor, 2-ohm resistor, all in parallelThe 12-ohm resistor is irrelevant.4 volts across the 2-ohm resistor.Power dissipated by the 2-ohm resistor = E2/R = 8 watts.
Even though it is connected to a 9 volt source, it is still a resistor.
The battery is as flat as a pig's nose !
That completely depends on the voltage of the battery.The energy delivered by the battery and dissipated by the resistor in one minute will be[ 60 x (Voltage of the battery)2 / 21 ] joules
a battery and a resistor connected together.
wire a resistor across a battery. that is about as simple as it gets. the resistor could be an incandescent light bulb.
a battery in an electric circuit is used to generate the power supply.
All the way along when the crocodile clip is connected to a resistor, when the other end of the resistor is connected to the other side of the battery.