Part iii) , show full working out please
Part iii) , show full working out please Ri= 20 Ω V-20200 j30 Ω j40 Ω...
please show thevenins theorem to answer question, show full working out and neat handwriting 15 Ω 30Ω 25 Ω 60 V 5Ω 10Ω In the DC circuit shown above, apply Thevenin's theorem or Kirchoff's loop current theory to calculate the current in and the voltage across the 25 Ω resistor.
Use mesh analysis to find Io j60 2 20 Ω 80 -j40 -j40 2 100/1200 V ( 6030 V
Page T Ri 20 Ω 12V E,-18 V 3.0 V 0.52 S 0.25 Ω E. Rs 15 2 0.75 Ω 24 V Kirchhoff's loop rule applied to loop afedcba. Fill the blanks in terms of left-hand side in terms of the variables R, r. I, E1, and Es Do not use numerical values. 1T1 -E1 11R, = 0
Full answers and working out please. Curl of v: curl v=V xv= & This is a vector function of position - a vector field. It tells how much and about what axis v is "directed around" a point in space. Again using the fluid flow picture, imagine a lot of small spheres immersed in the fluid. If they spin around in the flow, then Vxvl tells how fast they spin, and the direction of Vxv gives the spin axis, using...
Please Solve this Circuit and show work! 120V P1 P2 RT 25, Ri = 4 Ω I3- 6
Part A O III HCCCC0CH, H, H2 Spell out the full name of the compound. Submit Request Answer Part B O II HCCC-OH h Spell out the full name of the compound. Submit Request Answer Part Part 0 H НЫС — с C OH H2 H2 C He CH, Spell out the full name of the compound. Submit Request Answer Part D Oo HCCCCC0C-CH3 H2 ₂ H2 H2 Spell out the full name of the compound. Submit Request Answer
please show how to calculate final angle of v0 PART VI (4+5 = 9 marks) Problem 1. Use the superposition method to find the power absorbed by the 20 resistor in the following AC circuit represented in the frequency (phasor) domain. 12/0°v 2/04 +-20 {j40 20 vo oi o
8 Billboards+Text Part III. (Full Score: 16 Points) In the cireuit shown in Fig, both capacitors are initialy charged to 90.0 V. (ea) How long after closing the switch S will the potential across each capacitor be reduced to 20.0 V, and (b) what will be the current at that time. 15.01. 上20.0 50.0 Ω 30.00
Please show full work of the following, thanks Voltmeter Vo 0 Figure 3.3: Circuit used to observe the effect of test equipment on a measurement. Internal resistance problem. Suppose that in Figure 3.3, Vo-13V, Ri 250kS2, R2 -375k2, and R1.3MS2. Initially, the voltmeter is disconnected. EXAMPLES: What is the voltage across R2? [Answer: 7.8 V] What is the voltage across R2 with the meter connected? [Answer: 6.99310344827586 V.] QUESTION: If the internal resistance of the meter were 13 M Ω,...
Please do part i, part ii, part iii, part iv and show all steps 6. Consider a uniform, thin, charged ring (net charge of +30.0°C and a radius of 0.010m). i. What is the magnitude of the linear charge qring density on the ring? O Х ii. Calculate the electric potential at the center of the ring. iii. Calculate V(P) at a point P, located 0.05 m directly to the right of the center of the ring. iv. The line...