Solved

If the Biot-Savart Relationship D = μ\mu 0/4 π\pi )( * D )/R3
Is Used to \pi

Question 61

Multiple Choice

   If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> If the Biot-Savart relationship d    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> = ( μ\mu 0/4 π\pi ) (    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> *    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> d    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> ) /r3
Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> is correctly represented by


A)    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> 1
B)    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> 2
C)    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> 3
D)    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> 4
E)    If the Biot-Savart relationship d   = ( \mu <sub>0</sub>/4  \pi ) (   *   d   ) /r<sup>3</sup> Is used to determine the magnetic field at the point P on the axis of a circular current-carrying loop, the vector   is correctly represented by A)    <sub>1 </sub> B)    <sub>2 </sub> C)    <sub>3 </sub> D)    <sub>4 </sub> E)    <sub>5 </sub> 5

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