$7.00 I am lucky to help you! A+ Solution with all details
- This tutorial hasn't been purchased yet.
- Posted on Jul. 25, 2009 at 06:08:36AM
A:
Preview: ... t I am ready to help you .<br> ...
The full tutorial is about 26 words long plus attachments.
Attachments:
Test 5 document1.doc (38K) (Preview)
$7.00 I am lucky to help you! A+ Solution with all details
- This tutorial hasn't been purchased yet.
- Posted on Jul. 25, 2009 at 06:11:52AM
A:
Preview: ... s remember that I am ready t ...
The full tutorial is about 26 words long plus attachments.
Attachments:
Test 5 document.wps (21K)
$3.00 Solution
- This tutorial hasn't been purchased yet.
- Posted on Jul. 25, 2009 at 07:52:04AM
A:
Preview: ... ave attac ...
The full tutorial is about 6 words long plus attachments.
Attachments:
Two long straight parallel wires carrying currents in opposite directions_Solution.doc (27K) (Preview)
$5.00 Answer to "physics" with Work
- This tutorial was purchased 1 time and hasn't been rated yet.
- Posted on Jul. 27, 2009 at 01:48:55AM
A:
Preview: ... T m/A)/(2Pi))(10 A / 0.0005 m)<br>B = 0.004 T<br>At point A, the magnetic fields due to wire 1 and 2 add, so the total magnetic field is 2 x 0.004 T = 0.008 T <br>The direction for this 0.008 T field is out of the page.<br><br>At point B, the magnetic field from wire 1 is still 0.004 T, but the direction is into the page. There is also a magnetic field caused by wire 2, which is 1.5 mm away. So this magnetic field is:<br>B = ((4Pi x 10^-7 T m/A)/(2Pi))(10 A / 0.0015 m)<br>B = 0.0013 T<br>At point B, the magnetic fields subtract because the 0.0013 T magnetic field caused by wire 2 is out of the page. <br>So the net magnetic field is 0.004 T - 0.0 ...
The full tutorial is about 605 words long .
