A rectangular loop, generator of alternating current, with area of 140 cm2 is placed in a...
A rectangular loop, generator of alternating current, with area of 140 cm2 is placed in a magnetic field of 1.3 x 10-2 T and rotates on its axis at a frequency of 6.0 Hz. What is the fem generated in the coil in t = 2.0 s?
Un lazo rectangular, generador de corriente alterna, con área de 140 cm2 está colocado en un campo magnético de 1.3 x 10-2 T y rota sobre su eje a una frecuencia de 6.0 Hz. ¿Cuál es la fem generada en la bobina en t=2.0 s?
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A rectangular loop, generator of alternating current, with area
of 140 cm2 is placed in a...
A circular coil with 15 turns of 19.4 cm diameter lies in the xy plane. The...
A circular coil with 15 turns of 19.4 cm diameter lies in the xy
plane. The current in each coil turn is 7.6 A clockwise (seen from
the + z axis), and an external magnetic field Bx = 0.63T, By =
0.49T, Bz = -0.8 T passes through the coil. Determine a) the
magnitude of the torque on the coil due to the external magnetic
field. (in Newton meter)
Una bobina circular con 15 espiras de 19.4 cm de diámetro...
13.Un solenoide de 25.0 cm de longitud, un radio de 5.00 cm y 200 vueltas de...
13.Un solenoide de 25.0 cm de longitud, un radio de 5.00 cm y 200 vueltas de alambrado tiene una corriente de 0.29 A. Calcule la magnitud del campo magnético dentro del solenoide A. 1.3 x 10T B. 4.1 x 104T C. 2.9 x 104 T D. 5.8 x 104T 14. Un lazo rectanguiar se mueve hacia la derecha dentro de un campo magnético representado por las X. ¿En que dirección fluye la corriente inducida? A. A favor de las manecillas...
A circular coil with 15 turns of 19.4 cm diameter lies in the xy
plane. The current in each coil turn is 7.6 A clockwise (seen from
the + z axis), and an external magnetic field Bx = 0.63T, By =
0.49T, Bz = -0.8 T passes through the coil. Determine a) the
magnitude of the torque on the coil due to the external magnetic
field. (in Newton meter)
Una bobina circular con 15 espiras de 19.4 cm de diámetro...
13.Un solenoide de 25.0 cm de longitud, un radio de 5.00 cm y 200 vueltas de alambrado tiene una corriente de 0.29 A. Calcule la magnitud del campo magnético dentro del solenoide A. 1.3 x 10T B. 4.1 x 104T C. 2.9 x 104 T D. 5.8 x 104T 14. Un lazo rectanguiar se mueve hacia la derecha dentro de un campo magnético representado por las X. ¿En que dirección fluye la corriente inducida? A. A favor de las manecillas...
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