Q4 i attach the full question Consider two long straight current - carrying wires seen end -on in the figure below . The wires are perpendicular to the screen of the computer the cur

Q4               i attach the full question     Consider two long straight current - carrying wires seen end -on in the figure below . The wires are perpendicular to the screen of the computer the current in the left wire is coming out at you and the current in the right wire is going in way from you ' the current in the left wire is IL= 639.1 Amps and the  current in the right wire is lR=66.4 Amps . the distance between the wires is d= 2.35x10-4 m the point marked "x" is distance y=d above the point half -way between the two wires ( equal distance from the two wires ) what is the x-component (horizontal component ) of the total magnetic field due to the two wires at the point 'x" ? using the usual convention a positive x-component point to the right , a negative x-component points to the left , Be careful with signs (directions) . you will need to draw a diagram for this problem to determine all the distances and angles. give your answer in Tesla to three digits to avoid being counted due to rounding