Lab Simulation #5 Name: _________________________________ CAPACITANCE & DIELECTRICS VIRTUAL LAB Dielectrics Part I: Battery Attached Plate Area, 𝑨: ______________ Separation, 𝒅: ______________ Battery Voltage, 𝑽bat: ______________ Trial Dielectric Constant, 𝜅 Capacitance [nF] Plate Charge [nC] Stored Energy [nJ] Total Electric Field, “Sum” [V/m] Electric Field between the plates, “Plate” [V/m] Electric Field within Dielectric, “Dielectric” [V/m] In case you cannot run the Java version, here are the equations: batsum V E d = plates 0 QE A κ ε = dielectric plates sumE E E= − 1 1 2 1.5 3 2 4 2.5 5 3 6 3.5 7 4 8 4.5 9 5 Dielectrics Part II: Battery Removed ~ re-write Part I values for 𝑨, 𝒅, and 𝑽bat: Plate Area, 𝑨: ______________ Separation, 𝒅: ______________ Battery Voltage, 𝑽bat: ______________ Trial Dielectric Constant, 𝜅 Capacitance [nF] *constant* Plate Charge, 𝑄 [nC] Stored Energy [nJ] Total Electric Field, “Sum” [V/m] Electric Field between the plates, “Plate” [V/m] Electric Field within Dielectric, “Dielectric” [V/m] In case you cannot run the Java version, here are the equations: batsum V E dκ = plates 0 QE Aε = dielectric plates sumE E E= − 1 1 2 1.5 3 2 4 2.5 5 3 6 3.5 7 4 8 4.5 9 5