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3. Three charges are fixed at the vertices of each equilateral triangle shown below. All charges have the same magnitude. Determine the direction of the net electric force acting on each charge due to the other two charges in the same triangle. Answer by using letters A through L representing directions from the choices below. (Be sure to show your work by drawing the individual force vectors.) Net Force Net Force L Direction Direction Ö4 Charge 4 Charge 5 Charge 14 J Charge 24 I E Charge 3 Charge 64 н G 2 3

3. Three charges are fixed at the vertices of each equilateral triangle shown below. All charges have the same magnitude. Determine the direction of the net electric force acting on each charge due to the other two charges in the same triangle. Answer by using letters A through L representing directions from the choices below. (Be sure to show your work by drawing the individual force vectors.) Net Force Net Force L Direction Direction Ö4 Charge 4 Charge 5 Charge 14 J Charge 24 I E Charge 3 Charge 64 н G 2 3

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Please answer question 3 and give a full explanation of each of the steps of the answer. 

In each figure, three charges are fixed in place on a grid, and a point near those particles is labeled P. All of the charges are the same size, Q, but they can be either positive or negative. 2. A B +Q +Q +Q +Q +Q« P+Q P +Q4 +Q +Q P Rank the strength (magnitude) of the net electric force on a charge tg that is placed at point P. OR- All Alle the same Cannot determine 3 Greateste Leaste zero Explain your reasoning. 3. Three charges are fixed at the vertices of each equilateral triangle shown below. All charges have the same magnitude. Determine the direction of the net electric force acting on each charge due to the other two charges in the same triangle. Answer by using letters A through L representing directions from the choices below. (Be sure to show your work by drawing the individual force vectors.) Net Force Net Force Directione Be Direction K 4 Charge 14 Charge 4 J De Charge 24 Charge 3- Charge 5€ E Charge 6 H G Fa 2 3 5
Transcribed Image Text:In each figure, three charges are fixed in place on a grid, and a point near those particles is labeled P. All of the charges are the same size, Q, but they can be either positive or negative. 2. A B +Q +Q +Q +Q +Q« P+Q P +Q4 +Q +Q P Rank the strength (magnitude) of the net electric force on a charge tg that is placed at point P. OR- All Alle the same Cannot determine 3 Greateste Leaste zero Explain your reasoning. 3. Three charges are fixed at the vertices of each equilateral triangle shown below. All charges have the same magnitude. Determine the direction of the net electric force acting on each charge due to the other two charges in the same triangle. Answer by using letters A through L representing directions from the choices below. (Be sure to show your work by drawing the individual force vectors.) Net Force Net Force Directione Be Direction K 4 Charge 14 Charge 4 J De Charge 24 Charge 3- Charge 5€ E Charge 6 H G Fa 2 3 5
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