Which dipole pair in the figure below has the lower energy, the parallel pair in (a) or the antiparallel pair in (b)? 2. If you double the distance between the dipole centers by what factor does each pair interaction change? Does it increase of decrease?

Q: In the calculation of the probability of transition of electromagnetic radiation by atoms, there are…

A: A kind of energy called electromagnetic radiation, such as light, travels through space as…

Q: Q/Let aunidorm Surface chargedensity of 5nc/m? be present at Z=oplane, auniform line charge density…

A:

Q: Discuss the possible types of interactions between the amplfying medium and the photons used as the…

A:

Q: P6.98 For abrupt silicon p-n juntion at 300K has acceptor atom Na=10^(18)cm^(-3) and donor density…

A: The conductivity of semiconductor is lies in between conductor and insulator. The conduction in…

Q: (c) Wind at one standard atmospheric pressure and has a speed of 12 m/s. A 12 meter diameter wind…

A: (b) Explain the following terms: (i) Solar incident angle, slope, and total global radiation on a…

Q: Find the half power beam width HPBW and first null beamwidth FNBW of the field pattern E(0) cos(20),…

A: According to the question, for the given field pattern Eθ=cos22θ We need to find HPBW, and FNBW.

Q: If we consider the resistor, capacitor and inductor as the load connected to the two voltage…

A:

Q: 1. Drive the exact E field produced by an infinitesimal dipole located at the origin with a…

A: Introduction Electric Field and Magnetic Field: The electric field can be described in terms of flux…

Q: what are exambles of low linear energy transfer (LET) and high (LET) radiation?

A:

Q: Find the electric field in terms of spherical coordinates given as the potential to be created by an…

A: The potential created by electric dipole will be Vdipoler,θ=r^·p→4πεor2 where,  εo=8.85×10-12 F/m…

Q: Which of the following is a correct description of the motion of the dipole immersed in a uniform…

A:

Q: a- Why should the transition probability be calculated in terms of electric dipole moment rather…

A:

Q: Consider a finite line charge of length L and linear charge density λ that lies along the dipole…

A:

Q: 3. In a TEM using beam energy of 70 keV, if the film thickness is t = 30 nm, and magnetic inductance…

A: Given parametersBeam energy =70keVFilm thickness is t=30nmMagnetic inductance due to in-plane…

Q: Example: Find beam solid angle and the maximum directivity Do if the normalised field nattern of a…

A:

Q: Question no 2: Let's consider a force which is dependent on the attached electrical field it creates…

A: Force acting on +q charge = F1=qE Force acting on - q charge = F2=qE Net Force =  F = F1-F2…

Q: 5) Calculate the radiation resistance of /2, N4, N8 dipole in free space.

A: Given  Dipole in the free space  Dipole with lengthL=λ2,λ4,λ8

Q: Q2) derive the equation of energy carried by EM waves using the four Maxwell equations. First derive…

A:

Q: How transition dipole moment influences the rate of (a) probability of system in level k (b) energy…

A: How transition dipole moment influences the rate of (a) probability of system in level k (b) energy…

Q: 3. a. What is diffusion? b. Name the parameters which determine the magnitude of the diffusion…

A: We need to answera. What is diffusion?b. We need to answer the name of the parameters which…

Q: From Eq (3), is the order (m) of the center fringe larger or smaller than that of the edge fringe?

A: It will be smaller.  Explanation:In the double slit experiment the order m of the fringe is defined…

Q: What types of capacitive probes and inductive a probes are there? What can they be made of?

A: Changes in a magnetic field are used by inductive sensors to calculate distance to a target;…

Q: We have such fiber with length of 4 km and couple light from a single mode laser with center…

A: The question is about calculating the pulse broadening in picoseconds (ps) caused by material…

Q: 22. Radiation resistance of a small dipole current element of length at a frequency of 3 GHz is 3…

A: Given- Frequency f=3 Ghz, Radiation resistance = 3 ohms, Length is changed by 1%, To Find- The %…

Q: A sample of HCI gas is placed in a uniform electric field of magnitude 8 x 104 N C!. The dipole…

A: The maximum torque experienced by each HCI molecule can be calculated using the formula: τ = pE sinθ…

Q: 8. If the absorption co-efficient of a semiconductor material is 1 x 106m-1. Calculate th…

A: The penetration depth (δ) of a semiconductor material can be calculated using the following formula:…

Q: 1. Derive the expression for electric field at a point which at a distance R' from the centre of the…

A: Electric field due to an electric dipole at a point P distance R from centre on its axial line.

Q: d) Based on Figure Q5 (d), answer the following questions: i. Briefly discuss the process that…

A: The relationship between the induced magnetic flux density B and the magnetising force H is depicted…

Q: Derive the energy conservation law for arbitrary media and for isotropic media. The conservation law…

A: Isotropic media do not possess any special direction in their structure (a high degree of spatial…

Q: Consider the path loss over a reflecting surface (2 ray model). Derive an expression for Ad…

A: Two ray model: This is a multiple path radio propagation model which signifies the path losses…

Q: (2.a) When an electric field (E) (or voltage (V)) was applied to a material, what kind of phenomena…

A: 2(a) Behavior of conductor under the influence of electric field: When an electric field 'E' is…

Q: he figure shows that an electric dipole is placed in a uniform electric field which is directed o…

A: We need to select correct option for torque .

Q: Q2) the radiation resistance of very small dipole of radius lambda/25, with an idealized uniform…

A: Given, the radiation resistance of very small dipole with radius = lambda/25 Now We use radiation…

Q: Choose the voltage level reduced by Grid sub-station O a. 11 KV O b. 220KV O c. 33 KV O d. 66 KV

A: Choose the correct option What is voltage level reduced by grid sub station.

Q: Sketch and identify the components in an eddy current inspection configuration. Explain the…

A: Eddy current is induced within conductors with change in magnetic field. It produces loss of energy…

Q: Two electric dipoles aligned parallel to each other and having the same axis exert a force F on each…

A: Given, Two electric dipoles aligned parallel to each other having the same axis. Force exerted on…

Q: d. For sphere gaps with a diameter of 3/4 meter, with of half meter spacing in between the spheres,…

A: Given information about a sphere gap The diameter of each sphere is D=34 m. So the radius of each…

Q: what is the derivation of the far-field electric and magnetic fields generated by a short dipole?…

A:

Q: If we consider the resistor, capacitor and inductor as the load connected to the two voltage…

A:

Type of Magnetic Material

Every material has a unique composition that defines its magnetic behavior. Some materials get attracted towards a magnet and are called magnetic materials. Based on the magnetic properties held by each material, they are classified into different types.