As seen in the figure, the rectangular current loop is placed on the same surface as the long, flat wire carrying the current I on it. While the distance a in the figure remains constant, the width of the rectangle (x-a) increases with a speed of 4.0 cm/s. If a is 2.0 cm, b = 1.5 m and I = 30 A, what is the magnitude of the electromotive force in the loop when the far edge reaches 6 cm (x = 6 cm)?

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Chapter1: Units, Trigonometry. And Vectors
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As seen in the figure, the rectangular current loop is placed on the same surface as the long, flat wire carrying the current I on it. While the distance a in the figure remains constant, the width of the rectangle (x-a) increases with a speed of 4.0 cm/s. If a is 2.0 cm, b = 1.5 m and I = 30 A, what is the magnitude of the electromotive force in the loop when the far edge reaches 6 cm (x = 6 cm)?

ine Sınav
unika.
Fizik II- FIZ196
Listesi
Şekilde görüldüğü gibi dikdörtgen şeklindeki akım ilmeği, üzerinde I akımı taşıyan uzun, düz tel ile
aynı yüzeye yerleştirilmiştir. Şekilde görülen a uzaklığı sabit kalırken, dikdörtgenin genişliği (x-a) 4,0
cm/s hız ile artmaktadır. Eğer a=2,0 cm, b=1,5 m ve I = 30 A ise, uzak kenar 6 cm'ye (x = 6 cm)
ulaştığında ilmekte oluşan elektromotor kuvveti büyüklüğü ne olur? (ipucu: (ln(y)) = ¹ )
y dt
40
I
ar
← Önceki Sonraki
OA) SORV
O B) 10μV
-b.
K
Transcribed Image Text:ine Sınav unika. Fizik II- FIZ196 Listesi Şekilde görüldüğü gibi dikdörtgen şeklindeki akım ilmeği, üzerinde I akımı taşıyan uzun, düz tel ile aynı yüzeye yerleştirilmiştir. Şekilde görülen a uzaklığı sabit kalırken, dikdörtgenin genişliği (x-a) 4,0 cm/s hız ile artmaktadır. Eğer a=2,0 cm, b=1,5 m ve I = 30 A ise, uzak kenar 6 cm'ye (x = 6 cm) ulaştığında ilmekte oluşan elektromotor kuvveti büyüklüğü ne olur? (ipucu: (ln(y)) = ¹ ) y dt 40 I ar ← Önceki Sonraki OA) SORV O B) 10μV -b. K
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