Find E and F if e is equal to 25.84°
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A: Magnetic force is the force of attraction or repulsion.
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A: To determine: (1) The vector field G at Q for the given vector field Given vector, G=yax-2xay+4az…
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A: Magnetic Lorentz Force = qv→×B→ 'q' the charge of the particle. 'v→- Velocity of the charged…
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A: Given, Current I =90Aside length d=25 cm
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A: a. Electric field Electric field apply a force F=QE on charge particle that is in the same direction…
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A: a)Equivalent resistance is,
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A: given that, charge q = 2.3× 10-8 C and Intensity I= 2.5×103Wm2 speed is 3.7 ×104 ms, so we find…
Q: 18) A wire with a current of 2.8A is at an angle of 36 degrees relative to a magnetic field of 0.88…
A: Current through wire .I = 2.8Aangle ,θ=36 degreemagnetic field ,B=0.88TLength of wire ,L =2.25 m
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A: Question is: Force on a current carrying conductor in a magnetic field is Bql sinθ. True or False
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A: Given: The charge configuration in cylindrical coordinates is given by
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A: We need to answer the question on Velocity selector.
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A: The expression for electric flux is, ϕ=∮sE·dA=qenclosedε0 To find the flux density, assume a…
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Q: 21) A train moving with a speed of 32 m/s sounds a 140 Hz horn. What frequency is heard by an…
A: Question-21: speed of the train(Vs)=32m/s frequency of the horn(f)=140Hz speed of sound(V)=343m/s
Q: 19) Waves on a particular string travel with a speed of 16 m/s. By what factor should the tension in…
A: Waves on particular string travel with speed,V=16 m/s required speed = 32 m/s
Q: Given à = 1.3 â + 2.2 â Find A dl=? over C1 (a=5.3) а а Z С1 N C2 а у
A: Line integration of a vector: The line integration of a vector A→ along a curve C is defined by the…
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Q: What does means by Electromagnetic compatibility?
A: Explanation about Electromagnetic Compatibility is given below.
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Q: what is the speed of an electron if the force generated is 3.72-N and the magnetic field strength is…
A: Given : magnetic Force,F = 3.72 N Magnetic field, B = 4.21 T Charge of electron, q =…
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A: The charges: q1 = 60 C and q2 = -28 C The distance of separation: d = 39 nm
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