voltage
Voltage drop due to the resistance present in the series circuit causes voltage split over a series circuit.
Yes, more than one resistor can be used in a circuit. Resistors can be connected in series, where their resistances add up, or in parallel, where the total resistance decreases. This allows for greater control over the current and voltage levels within the circuit, enabling designers to achieve desired electrical characteristics. Using multiple resistors can also help in managing heat dissipation and improving circuit functionality.
Combining resistors and capacitors in a circuit creates an RC circuit, which can influence the circuit's behavior over time, particularly in terms of charging and discharging rates. The resistor controls the flow of current, while the capacitor stores and releases energy. This combination results in a time-dependent response characterized by exponential voltage changes, which can be used in applications like filters, timers, and oscillators. Overall, the interaction between resistors and capacitors determines the circuit's frequency response and transient behavior.
There is no true advantage of RC circuits over RL circuits, as they perform different functions. RC circuits contain resistors and capacitors, while RL circuits contain resistors and inductors.
In a parallel circuit (with more than one branch), the current will still flow in the other circuit(s) even if there is a break in one circuit. This is not so with a series circuit, since it does not have branches: if there is a break in the circuit, there is a break in the circuit.
Resistance in series adds together. two 100 ohm resistors in series are equivalent to one 200 ohm resistor. to make an equation out of it ( even though it is simple) you can say: Rtotal=R1+R2+R3...+Rn
In a parallel circuit, all the external resistors are supplied the same potential difference which is not possible in a series circuit. Also in a parallel circuit, every resistor or component can be individually turned on or off without affecting the rest of the circuit.
Voltage drop due to the resistance present in the series circuit causes voltage split over a series circuit.
Yes, more than one resistor can be used in a circuit. Resistors can be connected in series, where their resistances add up, or in parallel, where the total resistance decreases. This allows for greater control over the current and voltage levels within the circuit, enabling designers to achieve desired electrical characteristics. Using multiple resistors can also help in managing heat dissipation and improving circuit functionality.
Combining resistors and capacitors in a circuit creates an RC circuit, which can influence the circuit's behavior over time, particularly in terms of charging and discharging rates. The resistor controls the flow of current, while the capacitor stores and releases energy. This combination results in a time-dependent response characterized by exponential voltage changes, which can be used in applications like filters, timers, and oscillators. Overall, the interaction between resistors and capacitors determines the circuit's frequency response and transient behavior.
it is used for prevention of over flow of current and for maintaining irrespective regulationAnswerA resistance box is a piece of laboratory equipment consisting of an electrically-insulated box, containing a number of resistors which can be connected, externally, via a pair of terminals. The resistance can be adjusted in fixed amounts by inserting or removing metal pegs into a slotted bar; this arrangement either adds or removes the fixed resistors into the circuit.
it is used for prevention of over flow of current and for maintaining irrespective regulationAnswerA resistance box is a piece of laboratory equipment consisting of an electrically-insulated box, containing a number of resistors which can be connected, externally, via a pair of terminals. The resistance can be adjusted in fixed amounts by inserting or removing metal pegs into a slotted bar; this arrangement either adds or removes the fixed resistors into the circuit.
There is no true advantage of RC circuits over RL circuits, as they perform different functions. RC circuits contain resistors and capacitors, while RL circuits contain resistors and inductors.
That depends. For example, if the circuit is consisted of two resistors, 2 ohms each, the equivalent resistance (Req) of these two resistors in series is 4 ohms, and the Req of these two resistors in parallel is 1 ohm. If the same voltage is applied, say 4 V.power consumed in a resistance = V2/R.The parallel circuit: Power = 4 * 4 / 1 = 16 [W].The series circuit: Power = 4 * 4 / 4 = 4 [W].With everything else the same, a parallel circuit consumes more energy than a series circuit.Note that circuits of only simple resistors are discussed. You need to consider each circuit on its merit.================================AnswerIt depends. In both cases, the total energy expended will be the sum of the energies expended by each individual load.
In a parallel circuit (with more than one branch), the current will still flow in the other circuit(s) even if there is a break in one circuit. This is not so with a series circuit, since it does not have branches: if there is a break in the circuit, there is a break in the circuit.
Film resistors have lower noise than carbon resistors.
current is constant in the series circuit. The resistances of the components add up and the potential differences is divided propotionally over the components depending on their resistances.