3.2. Shape and circle The big shape is connected the positive terminal of the power source, and the circle is connected to the negative terminal. The voltage is set again to 10 v. Prediction: Before opening the data file, sketch the electric field lines and equipotential lines for this system. Do not forget the cavity inside the big shape. Data analysis: Open "Shape and circle.pdf". Sketch the equipotential lines and the electric field lines based on the data in the file. Discussion: Discuss any differences with your predictions for the potential and electric field. What are the electric potential and electric field insider the empty cavity in the big shape? Connect your answer to the last question to Faraday cages. Insert below your completed figure for the shape and circle electrodes. 9.5 V AZ D O 3.2. Shape and circle The big shape is connected the positive terminal of the power source, and the circle is connected to the negative terminal. The voltage is set again to 10 v. Prediction: Before opening the data file, sketch the electric field lines and equipotential lines for this system. Do not forget the cavity inside the big shape. Data analysis: Open "Shape and circle.pdf". Sketch the equipotential lines and the electric field lines based on the data in the file. Discussion: Discuss any differences with your predictions for the potential and electric field. What are the electric potential and electric field insider the empty cavity in the big shape? Connect your answer to the last question to Faraday cages. Insert below your completed figure for the shape and circle electrodes. 9.5 V AZ D O