what is the magnitude of the induced voltage? 2. A single flat wire loop with an

Question

what is the magnitude of the induced voltage?

2. A single flat wire loop with an area of 0.31 m2 has a surface vector of

It is put into a large homogeneous time-dependent magnetic field

What is the magnitude of the induced voltage?

1. A single flat wire loop with radius 7 cm is located in the xy - plane. If it is inside a homogeneous time - dependent magnetic field What is the magnitude of the induced voltage? It is put into a large homogeneous time - dependent magnetic field what is the magnitude of the induced voltage? 2. A single flat wire loop with an area of 0.31 m^2 has a surface vector of

Explanation / Answer

1) dBz/dt = 34 mT/s area S = pi*0.07^2 m^2 the magnitude of the induced voltage = S*dBz/dt = 0.523 mV 2) the magnitude of the induced voltage = S (dot) dB/dt = 0.31*(0.354*7 + 0.242*2.6 + 0.903*3.4) = 1.91 mV

Related Questions

Navigate

• Browse (All)
• Browse W
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.