Untitled Show your work on a separate document. Block or highlight your answers. Limit your responses to within 3 sentences. Use your own sketches to help illustrate your response if needed. 1. Refer...

Physics


Untitled Show your work on a separate document. Block or highlight your answers. Limit your responses to within 3 sentences. Use your own sketches to help illustrate your response if needed. 1. Refer to figure 1. The capacitor shown here has accumulated 1.20x10-3 C of charge on its plates, with a capacitance of 5.00x10-7 F. · Which is the positive and negative plate? · Calculate the capacitor’s potential energy (Ue) · Calculate the voltage drop (V) between the plates. Direction of E⃗ Figure 1: Parallel plate capacitor. ( College Physics ) ( Capacitors – Part 1 ) ( EPCC ) Show your work on a separate document. Block or highlight your answers. Limit your responses to within 3 sentences. Use your own sketches to help illustrate your response if needed. 1. Refer to figure 1. Calculate the effective capacitance of three capacitors in series if C1 = 0.50 F, C2 = 1.00 F, and C3 = 0.02 F 2. Refer to figure 2. Calculate the effective capacitance. Figure 1: Capacitors in series. Figure 2: Capacitors in parallel. Show your work on a separate document. Block or highlight your answers. Limit your responses to within 3 sentences. Use your own sketches to help illustrate your response if needed. 1. Refer to figure 1. A 240.0 V battery charges a parallel plate capacitor. · Calculate the capacitance if the surface area is 2.0x10-1 m2, and plate separation is 0.20 m. · Calculate the capacitance of the system if you change only the permittivity constant to the following: −12 C2 ϵ = 50 x 10(Sodium Chloride) N⋅m2 ϵ = 220 x 10 −12 C2o N⋅m2 (Ethanol @ )25 C Figure 1: Parallel plate capacitor.