it all depends on the voltage the light bulb can sustain.
Hi! Well, it depends what voltage is "pushing" harder on the resistor. If you are ONLY dealing with 2 voltage sources and a single resistor, then the voltage source with the higher potential (or voltage) will dictate what polarity the resistor is. Cheers!
Because millman's is used in parallel ckt of impedances and voltage sources
Two voltage sources in series can either add up or cancel out depending on which way round they are orientated. If the two positive or the two negative terminals are connected together, the overall voltage is the subtraction of the two. If the positive terminal from one supply is connected to the negative terminal from another, the overall voltage is the sum of the two.
The voltage of a circuit with a resistance of 250 ohms and a current of 0.95 amps is 237.5 volts. Ohms's law: Voltage = Current times Resistance
it all depends on the voltage the light bulb can sustain.
A: Transformers are designed for the maximum voltage they can sustain in operation a lower voltage operation should not bother them
An independent source is a source that produce constant currents and voltage. Dependent sources are voltage sources that depend on a voltage somewhere else in the network.
The total voltage across both voltage sources connected together in the first circuit is 24V. This is because the two voltage sources are connected in series, so their voltages add up to give the total voltage across both sources.
When DC voltage sources are wired in series they become additive.
Hi! Well, it depends what voltage is "pushing" harder on the resistor. If you are ONLY dealing with 2 voltage sources and a single resistor, then the voltage source with the higher potential (or voltage) will dictate what polarity the resistor is. Cheers!
potato, cheese, bread and banannas
Because millman's is used in parallel ckt of impedances and voltage sources
batteries and generators
they add
H1 and H2 wires are commonly used to refer to the high voltage (H1) and low voltage (H2) wires in electrical systems. H1 wires carry the higher voltage and are typically used for the main power supply, while H2 wires carry lower voltage and may be used for control circuits or secondary power sources.
Voltage is energy per charge, in joules per coulomb, commonly known as the volt. It is produced by batteries, generators, current sources across resistances, voltage sources, thermocouples, solar cells, etc.