V 2 + V₂ A voltage source and two other elements are in series in a circuit. If V₂ is 23 V, element 1 has -12 V across it, element 2 has 35 V across it, and 1 A are running through the circuit, find the power being dissipated or supplied by each of the three elements. +1 Ps = W P₁ = = W P2 = W +5 V +10 V +15 V B +20 V -20 V -15 V -10 V -5 V A The figure shows equipotential contours around a pair of conductors. How much energy is required to move a 6C charge from point A to point B? Joules

Q1 Part 1,2,3 3- in series-parallel combinational circuit, the same current will always be in parallel resistors: True OR false?

Determine the voltage across R2 in the figure below, if the source is 6V, the Zener is 5.2V, R1= 10k ohms, and R2= 10k ohms.

Two resistors (R1 and R2) are used to build two circuits, one in series and the other in parallel. When connected inseries with a battery of 8,0 V; you read the voltage in R1as 2,0 V with a multimeter. When connected in parallel, you read the current in R2as 1,5A. Find the values for the two unknown resistors.

Find the unknown quantities for the circuits in Figure using the information provided. V=I.R P=8W R. R₁ = 169 K₂ P=4W 192 1/1

Theory The defining characteristic of a series circuit is that there is only one path for electrons to flow. The principle to understand is that the amount of current is the same through any component in the circuit. This is because there is only one path for electrons to flow in a series circuit. Circuit Diagram R1 R2 R3 10 k 5 k 2.2 k VI 10 V Procedure 1. Check the resistor using the multi-meter and make sure the values are correct. 2. Set up the circuit on the connection board as per the circuit diagram. 3. Connect the Power supply to the circuit. 4. Adjust the voltage of the power supply as per the circuit diagram. 5. Measure the Voltage and current needed as per the tabular column Observations Sr. No I V 1. Results For the given supply voltage, calculate the value of current (I).

Solve it correctly please

Write solution neatly. Thankyou!

If three resistance in parallel, R1=3 ohm. , R2=50 mohm, R3= 1 kohm. the total R is: 1038 ohm 0.04917 ohm O 0.534 ohm O 1.87 ohm

In the circuit diagram below, determine on which terminal will you connect either ammeter or voltmeter to get the following: 1. Output Ac 2.Output DC Draw or re sketch if time permits.