Activities
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Given the sliders and buttons available to you in the simulation,
determine the maximum capacitance you can achieve in this simulation.
The capacitance is defined to be C when the plates are 30 cm apart and
the dielectric constant is 1.
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Given the sliders and buttons available to you in the simulation,
determine the maximum potential difference across the plates that you
can achieve in this simulation. The voltage of the battery is V.
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Given the sliders and buttons available to you in the simulation,
determine the maximum charge that can be stored on the capacitor in
this simulation. The charge stored on the capacitor is Q when the
capacitance is C and the potential difference across it is V.
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Given the sliders and buttons available to you in the simulation,
determine the maximum electric field between the plates that you can
achieve in this simulation. The electric field has a magnitude of E
when the capacitor voltage is V and the plates are 30 cm apart.
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Given the sliders and buttons available to you in the simulation,
determine the maximum electrical energy that can be stored in the
capacitor in this simulation. The energy is U when the charge stored
is Q and when the capacitor voltage is V.