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PART 2: Capacitors with Dielectrics | Trial | Dielectric | Capacitance (F) | Electric Field between Plates (V/m) | Stored Electric Field (J) | Energy Stored (J) | |-------|------------|-----------------|------------------------------------|---------------------------|-------------------| | 1 | 1.5 | 2.2e-7 | 0.24e-12 | 0.37e-12 | 0.61e-12 | | 2 | 2 | 3.3e-7 | 0.33e-12 | 0.49e-12 | 0.73e-12 | | 3 | 2.5 | 5.4e-7 | 0.44e-12 | - | - | | 4 | 3 | 6.5e-7 | 0.65e-12 | - | - | | 5 | 3.5 | 4.26e-26 | - | - | - | | 6 | 4 | 0.98e-12 | - | - | - | | 7 | 4.5 | - | - | - | - | | 8 | 5 | - | - | - | - | | 9 | - | - | - | - | - | 1. How does the dielectric constant affect capacitance? 2. As the dielectric constant increases, how does the total stored energy change? 3. Does the dielectric constant affect the amount of charge stored on the plate? If so, what is the relationship? 4. Based on the data from your two experiments and any further experimentation you wish to carry out, what do you think the dielectric constant of air (which is what separates the plates in the first experiment) would be?

Name: part 2 capacitors with dielectrics trial dielectric capacitance f electric field between plates vm stored electric field j energy stored j 1 15 22e 7 024e 12 037e 12 061e 12 2 2 33e 7 033e 1 33223
Uploaded: 2022-12-30T16:37:55-08:00
Channel: Lainey Roebuck
Description: part 2 capacitors with dielectrics trial dielectric capacitance f electric field between plates vm stored electric field j energy stored j 1 15 22e 7 024e 12 037e 12 061e 12 2 2 33e 7 033e 1 33223

          PART 2: Capacitors with Dielectrics

| Trial | Dielectric | Capacitance (F) | Electric Field between Plates (V/m) | Stored Electric Field (J) | Energy Stored (J) |
|-------|------------|-----------------|------------------------------------|---------------------------|-------------------|
| 1     | 1.5        | 2.2e-7          | 0.24e-12                          | 0.37e-12                 | 0.61e-12         |
| 2     | 2          | 3.3e-7          | 0.33e-12                          | 0.49e-12                 | 0.73e-12         |
| 3     | 2.5        | 5.4e-7          | 0.44e-12                          | -                         | -                |
| 4     | 3          | 6.5e-7          | 0.65e-12                          | -                         | -                |
| 5     | 3.5        | 4.26e-26        | -                                  | -                         | -                |
| 6     | 4          | 0.98e-12        | -                                  | -                         | -                |
| 7     | 4.5        | -               | -                                  | -                         | -                |
| 8     | 5          | -               | -                                  | -                         | -                |
| 9     | -          | -               | -                                  | -                         | -                |

1. How does the dielectric constant affect capacitance?
2. As the dielectric constant increases, how does the total stored energy change?
3. Does the dielectric constant affect the amount of charge stored on the plate? If so, what is the relationship?
4. Based on the data from your two experiments and any further experimentation you wish to carry out, what do you think the dielectric constant of air (which is what separates the plates in the first experiment) would be?

part 2 capacitors with dielectrics trial dielectric capacitance f electric field between plates vm stored electric field j energy stored j 1 15 22e 7 024e 12 037e 12 061e 12 2 2 33e 7 033e 1 33223

Added by Brandon L.

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