2. Calculate the electric field between the plates at y = 7.5 cm using the equation, E = -AVIA, where Ar is the distance
-
- Site Admin
- Posts: 899603
- Joined: Mon Aug 02, 2021 8:13 am
2. Calculate the electric field between the plates at y = 7.5 cm using the equation, E = -AVIA, where Ar is the distance
QUESTIONS 1. By comparing the slopes of the data sets with the derived electric fields, discuss how you can measure electric field. 2. There is a common feature among the electric fields at different x-coordinates between the parallel plates. What is it? 3. Calculate the average value of the electric field between the parallel plates. 4. Explain why the equipotential lines are parallel to each other and to the plates.
2. Calculate the electric field between the plates at y = 7.5 cm using the equation, E = -AVIA, where Ar is the distance between any two adjacent equipotential lines. Enter the calculated values for each row in the Table 3. TABLE 3 Distance E-Field Strength Equipotential Lines Potential Difference using equipotential lines 2.0V & 2.5 V using equipotential lines 2.5V & 3.0V using equipotential lines 3.0 V & 3.5V