William Spann - Calculating Ohm's Law practice (google sheet) _SELF GRADING_

(a) In the figure what does the ammeter read if ɛ = 5.6 V (ideal battery), R1 = 1.9 2, R2 = 5.1 N, and R3 8.5 N? (b) The ammeter and battery are now interchanged. Determine the ammeter reading for this new configuration. R2 R3 Units (a) Number Units (b) Number ww

Problema 6 In the figure, the current Ibat in the battery is equal to A. 1/2 B. 21₁/3 C. I₁ D. 31/2 E. 211 ilt Ibat ww R www 2R

12 13 R1 E2 R3 R2 E1 For the circuit shown above, the emf of the batteries and the resistances are listed below. %3D 81 = 77 V, 82 = 5 V, R1 = 8 Q, R2 = 70, R3 = 23 Q. %3D %3D Determine /2=? Please express your answer in units of Amperes (A) with two decimal places. If you a find a negative value, please don't forget the minus sign. www ww

(a) In figure (a) below, P₁ = 36 W. Is element 2 absorbing or supplying power, and how much? -48 W. Is element 1 absorbing or supplying power, and how much? (b) In figure (b) below, P2 Ⓡ 12 V 2 6V (b) 16+ +21 6 V 2 24 V

pls answer in 3 decimal places & box your answer

Kindly send solution. An inductance of 1 henry and a resistance of 2 ohms are connected in series with battery of 6^e-0.0001 volt. . No current is flowing initially. When will the current measure 0.5 ampere?

can you do it in 30 mints please

Find V1 (volt) unit if E1=11V, E2=-4.2V, R1=6k2, and R2=2.9kQ. (Answer should roundoff to 2 decimal places) + V - R1 o Vo E, o Mm Si + R2 V2 E2

Ok please in typing format please ASAP for the Please thank you for your positive

The circuit below(left) displays a schematic diagram of a battery. The voltage measured by U1 is called the terminal voltage given R1 = 1 ohm. In the circuit below(right), the terminal voltage of each of the battery-resistor combination is VT = 1.5 volts.  Find the percentage of voltage loss of the battery due to the internal resistance R1.

Using Equivalent Resistance Formula/Computation find: RBE Set the supply voltage to 5VDC. Get the ratio of the supply voltage and total current (R=V/I). Show complete solutions. Answers must be at fourth decimal place.

Calculate the power absorbed by each element in the circuit. +1 P₁ = = I=1A = 12 V - 10W, P₂ 10W, P₂ = = = 1 + 10V - - 5W, P12V = P₁ 10W, P₂ P₁ = 10W, P2 = 5W, P12V = 5W, P12V P₁ 2 + 5V- – 5W, P12V = = - 12W, P71 - 12W, P₁ 12W, P₁1 = 12W, = 7W PTI = 7W 7W 4 7*1 7W

Find V2 (volt) unit if E1=11V, E2=-5.2V, R1=5.2kQ, and R2=2.5k2. (Answer should roundoff to 2 decimal places) + V, - R1 E, o Si T R2 V2 E2

Which of the following statements is true ? OA. Power is additive in series and parallel circuits. O B. A battery is a current source. OC. In a closed circuit, current leaves the positive terminal of a battery, and is used up by the time it reaches the negative terminal. O D. Current only flows through the path of least resistance.

From the given figure, determine the following: R₁, R2, R3 1₁, 12, 13 V₁, V2, V3 P₁, P2, P3 RT, IT, VT, PT 192 292 3Ω till 24 volts

8 Volts with 220ohms Measured I in 8 Volts =0.037A Measured V in 8 volts = 7.95v Computed power P=VI=0.2942 P=I^2xR=0.3012 P=V^2/R=0.2909 What is the general conclusion in words and formula about the relationship between i and v when R is any value?

*P1.44. Use KVL and KCL to solve for the labelled currents and voltages in Figure P1.44. Compute the power for each element and show that power is conserved (i.e., the algebraic sum of the powers is zero). =20 V A B 4-2A VC D-10 V 16-1A Figure P1.44

2. In the figure shown below, determine the following: Battery voltage = 240 volts a. The current in the battery, I. b. The current in the 7-ohm resistor, Resistances are in ohms c. The current in the R-ohm resistor, y. d. The current in the 18-ohm resistor, I e. The current in the R-ohm resistor, I,. I2 7 42 I5 I3 12 R I4 18

In the circuit of the figure, determinea) the energy dissipated in the 50 ohm resistor in 10 minutes. b) the number of electrons that leave the battery in 10 minutes.

pls ans soon

Please break this down for me as much as possible, im struggling to grasp kirchhoff's, thank you.

Don't use ai to answer I will report your answer Solve it Asap with explanation and calculation

Use 30 KVA and 380 V as base values in zone 1 in the system in figure 1 find the new per unit reactance of T2 Zone 1 V, 380V 38 T₁ 50 kVA 400/800 volts Xeq=0.15 p.u. Zone 2 Xline=2 ohm Zone 3 Zload 0.5+j1.3 ohm BE T₂ 40 kVA 750/200 volts Xeq=0.1 p.u.

Measured Voltage (V) Resistor Color Resistance Measured Nominal value (k2) Current (mA) Red Black Orange Brown Yellow Green RI Red Gold Gold Gold R2 Red R3 Red Resistor I readings ACV 1000 250 2.5m DCV DCV 50 10 Sou 25m 0.1 DCA DCA 0.25 0.25 25 Resistor 2 readings SKA EKA 2 Sm 1000 259 DCV DCV Sou 25m 0.1 DCA 18 25 025 DCA 0.25 Resistor 3 readings 2 5m 1000 259 DCV DCV 25m 50 0.1 DCA DCA 0.25 0.25 25

Please help me solve questions 1-5 using the given values found.

Find I (mA) unit if E1=10V, E2=-5.3V, R1=4.4kQ, and R2=1.5k2. (Answer should roundoff to 2 decimal places) + V - R1 E, o M o Vo Si + R2 V2 E2

Please show the complete solution. Thanks

* 811 1:00 docs.google.com/forms 4 i) Figure below show an electronic device, it is O A DC voltage source A variable resistor. A switch. An Integrated circuit (1.C). ii) The resistor shown has a resistance measured in Ohms, it is equal to with a percentage of error is Second First Digit Multiplier Digit Tolerance 25, 5% 200, 10 %. 200, 5% O 25, 10%. iii) The circuit shown has an; .Ammeter, voltmeter, two resistances and variable resistor components. Describe the connection of each component (series or parallel). 0.15 A ... O O O

Please answer all subpart please it's compulsory please all subpart please

The values of the circuit elements are given below. What is the average power transferred to resistor R2? R1=250 ohms C=6 micro F L=0.6H R2=2000 ohms

QUESTION 20 A 9.0-V battery is hooked to a 3.0 ohm resistor. What current is flowing through the circuit? O a. 27.0 A O b.0.3 A OC.3.0 A O d. 12.0 A QUESTION 21 What is voltage? O a. The flow of protons Ob. the number of charged particles that pass each second Oc the difference in potential energy of charged particles Od. the rate at which the energy is being transformed

Solve it quickly please