reference to the load how are inductors connected to help prevent voltage spikes and surges?

Q: Why transient steady in electric circui is important ? O To have a steady state case To know the…

A: In this question we will write about transient state study in circuits...

Q: 5. Discuss why d. It is necessary to use the geometric means radius in the formula for the…

A: Expression of Inductance of conductor, L=Lint+LextL=μr2×10-7+μoμr2πlndr  HmL=12×10-7+2×10-7lndr  Hm…

Q: (a) In high voltage applications the dielectric strength of insulating materials and the electric…

A: Every material has their own dielectric strength. The dielectric strength refers to the amount of…

Q: Give 2 examples of applications that use piezoelectricity?

A: Piezoelectricity-It is defined as electrical potential  to convert to mechanical stress.…

Q: To what is inductive reactance proportional

A: Inductive reactance is the property of the inductor due to which it opposes the flow of the…

Q: Calculate t for capacitors in parallel and series for charging and discharging

A: We need to find the time constant of the capacitors in parallel and series for charging and…

Q: What is the unit of inductance?

A: Inductance is a very important property of a conductor. This property prevents any change in the…

Q: c) Thoroughly discuss electrostatic discharge (ESD) and its impact on computers as well as employees…

A: The answer as given below

Q: A. Define Electric field strength B. State five practical applications of capacitors C. Name five…

A: (A) Electric Field Strength :- • The Electric field strength at any point is defined as the the…

Q: Q5. Describe the properties of ferromagnetic materials.

A: Properties of ferromagnetic material is to be discussed here.

Q: What is the reason of using an inductor in the ballasts instead of an resistor? In which cases can a…

A: We have two benefits of inductor by using instead of ballasts Such as  The reactance of inductor can…

Q: A hollow conductor us at a potential V. The potential at any point inside the hollow is,

A: Solution: The conductor is hollow i.e no material is present inside the conductor. Therefore no…

Q: Is the potential at point A greater than, less than, or equal to the potential at point B?

A: Given Circuit

Q: Q4) derive equation for induced emfs across the two inductors given in the figure 2?

A: 4) The induced emf across two conductors is found below: In the first coil turns N1 when current I1…

Q: Write one or two paragraphs that explain the voltage–current relationship of an inductor in terms of…

A: The inductor is an electronic device that can store energy in the form of a magnetic field. Whenever…

Q: Identify the statement from the following when the inductance can have low value. a. If the number…

A: The formula for inductance is given by, L=μN2Al where N is the number of turns, A is the area…

Q: identify or give two (2) specific direct applications of electromagnetism which may be devices…

A: Electromagnetism plays an important role in designing many electrical equipment. A coil is excited…

Q: Describe the steady-state similarities and differences of DC and AC circuits with purely resistive…

A: The Steady state is the condition of equilibrium in a circuit. In the case of DC circuits, the…

Q: What is the property of an Inductor? a. Oppose the sudden change in voltage b. Oppose the flow of…

A: Inductor: It is a passive, two terminal electrical device. Also called as coil. It is used to store…

Q: µ = 0.01 H/m SW2 50 cm L R N = 100 12V 0.5 Core Area: 0.06 m²

A:

Q: What is ideal or perfect inductor? Is there such device that has a characteristic of ideal or…

A: The Ideal or perfect inductor has reactance without any resistance or the real component of its…

Q: Does the capacitance of a device depend on the applied voltage? What about the charge stored in it?

A: Does the capacitance of a device depends on the applied voltage ? Ans :- The capacitance of a device…

Q: 4) After being put under high pressure, a material goes under phase transition and its band…

A: Semiconductor devices are used nowadays very widely. They use silicon and germanium based devices.…

Q: What is exchange interaction energy? Explain the origin of ferromagnetism with necessary figures.

A: The phenomenon whereby individual atomic magnetic moments will attempt to align all other atomic…

Q: identify or give three (3) specific direct applications of electromagnetism which may be devices…

A: Application of Electromagnetism   Electrical Machine Electrical machine such as induction…

Q: What two characteristics of capacitors enable them to help eliminate voltage spikes and surges?

A: Voltage surge and voltage spike is defined as high increase in voltage in very short duration of…

Q: Measurement of energy involves _________ a. resistance measurement and voltage drop b. current…

A: In this question, choose the correct option Measurement of energy involves?

Q: Consider a resistor and an inductor is connected in series with a battery. Drive an expression for…

A: A circuit with a battery of V Volt, a resistor R Ohm and an inductor L Henry is shown below. The…

Q: 1. Differentiate DC and AC voltage sources in terms of a) value of voltage, b) direction of current…

A: Given: We need to differentiate between AC and DC voltage in terms of value of voltage,direction of…

Q: When the capacitance is increased, what is the effect on the charging and discharging times? What is…

A: Given: The capacitance is increased.

Q: Write a short note for 100 words, why does voltage decrease when increasing a capacitance?

A: Assume a parallel plate capacitor. It's capacitance is given by the formula C=εoAd Here, A is the…

Q: what is the effect of number of turns and radius in inductance

A:

Q: Consider the large inductor in Figure 3 with given number of turns N, core permeability μ, core…

A:

Q: Hello! Question: 1. What determines the maximum charging current of a capacitor? Please explain in…

A: The charging current of a capacitor is given by the equation i.e. ic=Cdvdt

Q: how does the electrostatic discharge occur in the following situation? explain with suitable…

A: Electrostatic discharge and the mathematical substantiation: a. Insulator surface is rubbing…

Q: Find/derive the equation for the capacitance of a spherical capacitor consisting a spherical…

A: In this question we need to find capacitance of spherical capacitor shown below.

Q: give definition and explanation about Capacitance meter

A: According to the given question, it is required to define and explain a capacitance meter.  The…

Q: In short explain the dependency of the energy storage in the inductor on the dimension and the flux…

A:

Q: 5.- For the figure shown below. Determine the following: (a) Potential difference between points a…

A: (a) For the given circuit, the capacitor act as a open circuit because of the DC supply. Now the…

Q: he results of geoelectric measurements are expressed as apparent-resistivity quantities (ρa) briefly…

A: Due to continuous and fast changes in the geomagnetic field by the space weather, it generates an…

Q: What are the Analogous of Resistance, Capacitance and inductance in Mechanical System. Justify

A:

Q: 4.52 Determine the force of attraction in a parallel-plate capacitor with A = 5 cm?, d = 2 cm, and…

A: In this question we need to find a force of attraction in parallel plate capacitor.

Q: What is the physical meaning of the reactive power and the power triangle? Explain how

A:

Q: In reference to the load, how are capacitors connected to help prevent voltage spikes and surges?…

A: A capacitor exhibits a very low ohmic resistance to a dynamic voltage acceptive current flow. As the…

Q: Explain Circuits with Resistance and Capacitance?

A: Circuit:- It is a loop that is energized by the power source. A voltage source, load, and,…

Q: Charged Battery Figure. Explain why and how in your paper. Endothermic Process Exothermic Process

A: The chemical reaction that takes place during the charging of a battery is endothermic process,…

Q: Explain what is anomalous dispersion

A: Anomalous dispersion is one kind of phenomenon  a electro magnetic wave experiences while passing…

Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.