c. Consider Q=B C, Q2=B C, q = C C, and x=5.0 cm in the figure...

 

Transcribed Image Text:

c. Consider Q=B C, Q2=B C, q = C C, and x=5.0 cm in the figure of right triangle: I. Draw the Free body diagram of electric forces at point of interest (q location) on your working paper by using F for force due to Q and F2 for force due to Q2? (10 Points) II. III. Calculate magnitude and direction of electric force F? (10 Points) Calculate magnitude and direction of electric force F2? (10 Points) 9 IV. V. VI. VII. VIII. IX. What is the angle between those two forces? (5 Points) Calculate the resultant electric force vector including direction at the location of q? (10 Points) Calculate electric field vector including direction at the location of q? (10 points) What will be the direction of E1 and E2 electric fields due to Q1 and Q2 respectively? (5 points) Calculate the electric potential at the location of q? (5 Points) Calculate the potential energy of the system? (5 Points) Q c. Consider Q=B C, Q2=B C, q = C C, and x=5.0 cm in the figure of right triangle: I. Draw the Free body diagram of electric forces at point of interest (q location) on your working paper by using F for force due to Q and F2 for force due to Q2? (10 Points) II. III. Calculate magnitude and direction of electric force F? (10 Points) Calculate magnitude and direction of electric force F2? (10 Points) 9 IV. V. VI. VII. VIII. IX. What is the angle between those two forces? (5 Points) Calculate the resultant electric force vector including direction at the location of q? (10 Points) Calculate electric field vector including direction at the location of q? (10 points) What will be the direction of E1 and E2 electric fields due to Q1 and Q2 respectively? (5 points) Calculate the electric potential at the location of q? (5 Points) Calculate the potential energy of the system? (5 Points) Q

Answer rating: 100% (QA)

I To draw the freebody diagram of electric forces at the point of interest q location we need to consider the forces due to Q1 and Q2 acting on q The ... View the full answer