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Two point charges, Q1=-1 nC and Q2=6 nC are placed 5 cm apart as shown above. Determine the magnitude and direction of the resultant electric field strength at point M where b=7 cm following the step below. I) Draw the electric field strength at point M II) Find r1M and r2M Find E1=kQ1/r1M2 and E2=kQ2/r2M2 III) Find x and y component of E1 and E2 and put it in the table. IV) Find EMx and EMy Then, find EM and the

Two point charges, Q1=-1 nC and Q2=6 nC are placed 5 cm apart as shown above. Determine the magnitude and direction of the resultant electric field strength at point M where b=7 cm following the step below. I) Draw the electric field strength at point M II) Find r1M and r2M Find E1=kQ1/r1M2 and E2=kQ2/r2M2 III) Find x and y component of E1 and E2 and put it in the table. IV) Find EMx and EMy Then, find EM and the

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Two point charges, Q1=-1 nC and Q2=6 nC are placed 5 cm apart as shown above. Determine the magnitude and direction of the resultant electric field strength at point M where b=7 cm following the step below. I) Draw the electric field strength at point M II) Find r1M and r2M Find E1=kQ1/r1M2 and E2=kQ2/r2M2 III) Find x and y component of E1 and E2 and put it in the table. IV) Find EMx and EMy Then, find EM and the ? Second picture below for reference
а M b Q2
Transcribed Image Text:а M b Q2
Two point charges, Q1=-1 nC and Q2=6 nC are placed 5 cm apart as shown above. Determine the magnitude and direction of the resultant electric field strength at point M where b=7 cm following the step below. Draw the electric field strength at point M. Find rim= m and r2m= m. kQ1 Find E1= N C-1 and %3D kQ2 E2= N C-1. Find x and y component of E1 and E2 and put it in the table. Find EMx = E1x + E2x=| N C-1 EMy = E1y + E2y= N C-1 Then, find ΕΜ-ν(E Mx}) + (E_My') = N C-1 and 0= The direction of F1 is choose one
Transcribed Image Text:Two point charges, Q1=-1 nC and Q2=6 nC are placed 5 cm apart as shown above. Determine the magnitude and direction of the resultant electric field strength at point M where b=7 cm following the step below. Draw the electric field strength at point M. Find rim= m and r2m= m. kQ1 Find E1= N C-1 and %3D kQ2 E2= N C-1. Find x and y component of E1 and E2 and put it in the table. Find EMx = E1x + E2x=| N C-1 EMy = E1y + E2y= N C-1 Then, find ΕΜ-ν(E Mx}) + (E_My') = N C-1 and 0= The direction of F1 is choose one
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