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  • Q1: Module code: FC312 Module title: Physics Cohort and group: Assessment type: Lab report Project title: Force on a magnet...See Answer
  • Q2: Design: Variables: Controlled: Manipulated: Responding: Graph/n LAB: MASS SPECTROMETER Background Information: An instr...See Answer
  • Q3: A particle of mass m, with charge q > 0, in a uniform magnetic field B = BZ parallel to the z axis . the particle is in...See Answer
  • Q4:The rectangular toroid of Fig. 3-7 in Example 3-4 consists of a material whose relative permeability can be assumed to b...See Answer
  • Q5:-5 In Example 3-4, calculate the maximum current beyond which the flux density in the core will exceed 0.3 T.See Answer
  • Q6:In Problem 3-3, assume the permeability of the magnetic mate- rial to be infinite. To satisfy the conditions of maximum ...See Answer
  • Q7:lo a y The segment of conductor carries current l, = 6 mA and includes a circular arc (symmetric with respect to the y-a...See Answer
  • Q8:Problem 3 [13] The loop in the figure below is in the x-y plane and B=2Bcosat +(2x-3y +42) Bosinot with Bo=1.5T, = 2xx 1...See Answer
  • Q9:5.1 [?/2.5] Find the magnetic surface charge density on each side of the cubes Answer: LScore: ? | Comment: 5.2 [7/1] Fi...See Answer
  • Q10:Problem 5 [ 17.5] Two identical cube magnets are held on the top of each other at distance D (the distance between the t...See Answer
  • Q11:The figure below shows a long conducting coaxial cable and gives its radii (R₁ = 2.5cm, R₂=8.3cm, R3-15.2cm). The inner ...See Answer
  • Q12:The figure below shows two wires, each carrying a current. The first wire consists of o circular arc of radius R = 2.8m ...See Answer
  • Q13:QUESTION 2 (a) With the aid of diagrams, differentiate linear polarization from circular polarization. (b) Derive the ge...See Answer
  • Q14:Question 1 A long straight, nonmagnetic conductor of 0.2 mm radius carries a uniformly distributed current of 2 A dc. (...See Answer
  • Q15: 16. Calculate the speed of a gamma ray with a frequency of 3.0x10¹⁹ Hz and a wavelength of 1.0x10^-11m. See Answer
  • Q16: 3. When an object enters an electric field, it will feel a force. How is the amount of force felt determined? See Answer
  • Q17: 21. What is the difference between specular reflection and diffuse reflection? See Answer
  • Q18: 16. How do you determine the strength of attraction or repulsion between charges? See Answer
  • Q19: 9. Which waves on the electromagnetic spectrum have the longest wavelength? See Answer
  • Q20: 18. Find the speed of light through an emerald. The index of refraction for an emerald is 1.58. See Answer

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