- Part 0 2 Points A Berylium Ion Q 2 E Is Placed In A Uniform Electric Field As Shown Below And Released From Rest 1 (34.33 KiB) Viewed 62 times
- Part 0 2 Points A Berylium Ion Q 2 E Is Placed In A Uniform Electric Field As Shown Below And Released From Rest 2 (33.88 KiB) Viewed 62 times
- Part 0 2 Points A Berylium Ion Q 2 E Is Placed In A Uniform Electric Field As Shown Below And Released From Rest 3 (16.51 KiB) Viewed 62 times
- Part 0 2 Points A Berylium Ion Q 2 E Is Placed In A Uniform Electric Field As Shown Below And Released From Rest 4 (27.56 KiB) Viewed 62 times
Part P. (2 Points) What is the current in the circuit below, where R1 = 8.8 12, R2 =25.622, R3 = 54.3 12 and V = 4.8 V? Ra w www R R₂ R Please upload final answer to Canvas. Showing your work may get you partial credit. 7.9x10-2 A O 1.0x102 A 9.9x10-3 A O 0.23 A
Part Q - (2 points) Capacitors C =4nF, C = 39.3 nF and Cs = 63.2 nF are combined in parallel. What is the equivalent capacitance of the three capacitors? Please upload final answer to Canvas. Showing your work may get you partial credit. 107 F O 0.291 F O 3.43 nF O 9.39x10-F Submit Request Answer
Part R - (2 points) In a simple RC circuit below, R; = 418 2. R2 = 19.5 2.Rs - 38,8 and C = 31.1 nF The circuit is connected to a V = 3.2 V battery. At steady state, - = С HE R w R, R₂ Please uplond final answer to Canvas, Showing your work may get you partiel credit The potential across the capacitor in 32 V and the potential across the resistor is o The potential across the capacitor is O and the potential across the resistorio o The potential across the capacitor is 3.2 V and the potential across the resistor is 32 V. The potential across the capacitor is O and the potential across the resistor is 32 V. Submit Besvest Answer