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- Problem 1: Fill in the VIR Chart for the circuit below. I already broke it into chunks tor you, but you need to determine how to solve. Component I R R, R qu R2 2.5 R2 R3 R. 3 R, R, 10 R, 2 R. 5 R, 2.5 RA RA RTotalR2 今 Sliding contact R, 全 R In the figure above, R, is to be adjusted in value by moving the sliding contact across it until points a and b are brought to the same potential. (One tests for this condition by momentarily connecting a sensitive ammeter between a and b; if these points are at the same potential, the ammeter will not deflect.) Express R, in terms of Rs, R and R2 in the case when this adjustment is made. %3DELECTRICAL POTENTIAL AND CURRENT: V IR E-P P IV C Pt Series Circuits: Parallel Circuits: V, = V, + V,+ V, +. V, = V, = V, V, .. 1. 1. R, = R, + R, + R, +. RT R, R Based on the circuit drawn below: (Please use your VIRP chart) R = 15 Q V = 120 V R2 = 20 2 R3 5 2 W-
- Normal No Spacing I Heading Heading z 4. A 9.0 μF capacitor and a 20 μF capacitor are connected in parallel to an 11.0 V battery. a. What is the total capacitance of the circuit? b. What is the voltage, V₁, across capacitor, C₁? c. What is the voltage, V₂, across capacitor, C₂? d. How much charge, Q₁, is on capacitor, C₁? ntained in the following circuit. How much charge, Q₂, is on capacitor, C₂? Heading S R Heading 6 + 100rge? onnected from 22. In the electric circuit diagram C = 4 u F , C the capacitance of the electric circuit, (b) Find the charge on Find the potential difference of the C3 capacitor, (d) Find the potential diffei across the parallel combination. olate is earthed as measured fo bulated below C2 23. Find the equivalent capacitance between A and B of the arrangement of capacitors shown below. 200V difference on or used in t A. llel. 2 µF 3 uF S. 2 JLF 6 AF capaciton: connected 45 AF ailable. H so that uld theCA C, AV C3 C2 C5 In the circuit above C1=3nF, C2=7nF, C3=9nF, C4=12NF, C5=161F, the battery emf = 17V. Find the energy stored on C3., when al capacitors are fully charged. State your answer in nJ (nanoJoules) to the nearest nJ. In addition to entering your final numerical answer into the box, solve this problem in detail on paper. Make sure that you write your solution neatly, starting with the clear diagram and all variables on it.
- plfy Calls corrected in paralle Cs SMF = COMBINATION PROBLEM SET 2 C3=8μF HH C₁=10μF C₂=3μF +- 10V Step by step procedure, 1.Identify the capacitors in parallel connections. 2.Re-draw the diagram again. 3.Perform the operation in determining the total capacitance in series or parallel connection. 4.Solve for the total capacitance, and total charge. 5. Solve for the individual voltage drop and charges across each capacitors. S- с Ca Сг S2TTE Now In The capacitance per unit length of a coaxial cable was calculated as assume that the region between a very long coaxial cable is filled with a material of conductivity σ and permittivity €. If the radii of the inner and outer conductors are a and b, respectively, find the resistance per unit length between the conductors using the analogy between and fields. „b.connected con sist of five resis tors 7.a A circit as below. Determine the effective Tesistance in the circuit. RI RS- R2 R+ Ginen R, = sor, Rz=25Jr, R3= 30r, R¢=60r, Rs= 70r iD Wlhat is Hhe current is Hhe circuit iç the potential the resistors is 24 V? CICcross What is the potential that ccin be tapped across Rs? b.A circuit consist sisc capacitors connicted as below, detemine the effective capacitalnce. (3 G= SmF, G= Smf, G= 6mF, C4 = 6mF, Gaigg fo Cs= 8mF, C6 = 8 mF. What is the energy stored in the capacitors in ;circuit if the potential across %3D the the capacitors is 24V? C- lwo charges +3C and t 5C are placed 20Cm from in Yacuum- Wlhat magnitude of force will. their Centres they ebcert on each other, If Hhe sccond charge hes its polacity changed to negative (-sc). Inlliat would be the nature of the force ? Will there be a change in magnitude ? LPermitivity of free space a 8.8sx 10 -12
- O 0:07 Regarding the connection of ammeter and voltmeter, choose the correct circuit diagram for Ohm's law. а. R (A Ob. R C. A R d.To measure signal propagation in a nerve in the arm, the nerve is triggered near the armpit. The peak of the action potential is measured at the elbow and then, 4.0 ms later, 24 cm away from the elbow at the wrist.a. What is the speed of propagation along this nerve?b. A determination of the speed made by measuring the time between the application of a stimulus at the armpit and the peak of an action potential at the elbow or the wrist would be inaccurate. Explain the problem with this approach, and why the noted technique is preferable.The figure below shows a voltage divider, a circult used to obtain a desired voltage AV out from a source voltage E. R A Determine the required value of R, if E = 9.04 V, AV = 127V, and R. = 1.23 x 10 Q.