14. In fig. 5 shows a radial conductor, 3 p≤ 6 cm, it is embedded in a rotating glass disk. Two 11.2 m resistors complete both circuits. The disk rotates at 12 rev. If the field min' in the disk is B = 0.3ên T, calculate the electric power generated. A: p = 46.2531 x 10-6 W.

Question

$14. En la fig. 5 se muestra un conductor radial, $ 3 \leq \rho \leq 6 \mathrm{~cm} $, éste está embebido en un disco de vid$

14. En la fig. 5 se muestra un conductor radial,

3 \leq ρ \leq 6 cm

, éste está embebido en un disco de vidrio rotativo. Dos resistores de

11.2 m Ω

completan ambos circuitos. El disco gira a

12 \frac{rev}{min}

. Si el campo en el disco es de

B = 0.3 \overset{e}{^}_{n} T

, calcule la potencia eléctrica generada.

R : p = 46.2531 \times 1 0^{- 6} W

. Figura 5. Figura auxiliar del ej. 14.

Accepted Answer

Expert Answer to - 14. In fig.  5 shows a radial conductor, 3 p 6 cm, it is embedded in a rotating glass disk.  Two

Answer

Solution for - 14. In fig.  5 shows a radial conductor, 3 p 6 cm, it is embedded in a rotating glass disk.  Two

Answer

This an additional answer to - 14. In fig.  5 shows a radial conductor, 3 p 6 cm, it is embedded in a rotating glass disk.  Two

(Solved): 14. In fig. 5 shows a radial conductor, 3 p 6 cm, it is embedded in a rotating glass disk. Two ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe