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Qmechanic ♦
Qmechanic ♦
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General Form of the Biot-Savart Law for anywhere on the X$x$-Axis

This question is beyond me, and I have very little direction for solving it. I understand that the component of $\ B $ perpendicular to the x$x$-axis is 0, and that the component parallel along the x$x$-axis is doubled, which is where I assume the 2 on the denominator comes from.

I can't find anything in my lecture notes/online describing a general formula for the Biot-Savart Law for any point on the x-axis. Anyone have any ideas?

enter image description here

Here is diagram 4)b) mentioned in the question:

enter image description here

General Form of the Biot-Savart Law for anywhere on the X-Axis

This question is beyond me, and I have very little direction for solving it. I understand that the component of $\ B $ perpendicular to the x-axis is 0, and that the component parallel along the x-axis is doubled, which is where I assume the 2 on the denominator comes from.

I can't find anything in my lecture notes/online describing a general formula for the Biot-Savart Law for any point on the x-axis. Anyone have any ideas?

enter image description here

Here is diagram 4)b) mentioned in the question:

enter image description here

General Form of the Biot-Savart Law for anywhere on the $x$-Axis

This question is beyond me, and I have very little direction for solving it. I understand that the component of $\ B $ perpendicular to the $x$-axis is 0, and that the component parallel along the $x$-axis is doubled, which is where I assume the 2 on the denominator comes from.

I can't find anything in my lecture notes/online describing a general formula for the Biot-Savart Law for any point on the x-axis. Anyone have any ideas?

enter image description here

Here is diagram 4)b) mentioned in the question:

enter image description here

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5eamus
5eamus
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To be honest I looked at thisThis question is beyond me, and I have very little direction for about 2 minutessolving it. I understand that the component of $\ B $ perpendicular to the x-axis is 0, and gave upthat the component parallel along the x-axis is doubled, which is where I assume the 2 on the denominator comes from. 

I can't find anything in my lecture notes/online describing a general formula for the Biot-Savart Law for any point on the x-axis. Anyone have any ideas?

enter image description here

Here is diagram 4)b) mentioned in the question:

enter image description here

To be honest I looked at this question for about 2 minutes and gave up. I can't find anything in my lecture notes/online describing a general formula for the Biot-Savart Law for any point on the x-axis. Anyone have any ideas?

enter image description here

Here is diagram 4)b) mentioned in the question:

enter image description here

This question is beyond me, and I have very little direction for solving it. I understand that the component of $\ B $ perpendicular to the x-axis is 0, and that the component parallel along the x-axis is doubled, which is where I assume the 2 on the denominator comes from. 

I can't find anything in my lecture notes/online describing a general formula for the Biot-Savart Law for any point on the x-axis. Anyone have any ideas?

enter image description here

Here is diagram 4)b) mentioned in the question:

enter image description here

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5eamus
5eamus
  • 3
  • 3

General Form of the Biot-Savart Law for anywhere on the X-Axis

To be honest I looked at this question for about 2 minutes and gave up. I can't find anything in my lecture notes/online describing a general formula for the Biot-Savart Law for any point on the x-axis. Anyone have any ideas?

enter image description here

Here is diagram 4)b) mentioned in the question:

enter image description here