Q1 (10%) 5k- Consider the following circuit: (k-kiloOhm =1000 Ohm) 10V 8k పశ 20k MT 6k 9V 5k a) Simplify the circuit by finding the resistors that are connected in series and combining them into their equivalent resistor. b) how many currents can you identify? Draw them (choose the directions as you want).

Confused on how to measure each resistors current using tinkercad...can someone help me with this?

For the circuit in the figure, find the following:(a) Equivalent strength(b) The current supplied by the source (total current)c) Partial currents and voltages (the current and voltage of each resistor).e) Extra: what voltage the voltmeter will measure by setting it to R1 and then R2.

Parallel Circuits Wire the circuit in figure 1 with the same resistors. Take readings in different places shown in figure 2 bymoving the multimeter. Make a table like the one below, calculating R using Ohm’s Law for the lastcolumn.  b. How is the total resistance related to the individual resistances? Explain what you think is happening.c. Look up the mathematical relationship for finding total resistance in a parallel circuit. Show that yourdata fits the equation

4-5) Before the advent of ohmmeters (even the analog ones), unknown resistances (Runk) were measured using a Wheatstone bridge. The unknown resistance is placed into the circuit at right as shown. The values of R1 and R2 are extremely well known. The resistance of Rvar is adjusted until the meter Runk. Rvar R1. R2 reads no current in the cross branch. The value of Rvar is then read from a dial. Show that Runk can be found from R1 -Ry Rukn

1. On a single V-I plot, plot the current through the following resistors as a function of voltage. Let voltage range from -10V to 10V and clearly label each axis. R=1000, 2500, and 5000

Please answer in typing format please ASAP for the like Please answer in typing format please ASAP for the y

In the circuit shown below, if R1=1 ohm, R2=6 ohm and Vin = 1V. Then the current (I) will equal to: Vin +1 Vout R1 R2 O a. 0.4A O b. -0.6A O c. -0.4A O d. 0.6A O e. -1A

3. Determine the voltage drop across and the current flow through each resistor in the following circuits. At the end of each problem, set up a table of resistor num- ber, current, and voltage. (b) (a) ww R₁ 120 V R₂, www www R₁ = 3 ohm RS R₂ = 3 ohm RA R6 R3 R3 = 6 ohm R₁ = 3 ohm - R₁ = 2 ohm = 4 ohm w R₂ www w R₁ = 20 ohm R₁₂ = 10 ohm 3 Al R₁ R3. www R₁ = 15 ohm R₁ = 30 ohm R4 R₂ = 10 ohm w RS

Resistors Circuits I Each of the circuits below consists of a battery and several resistors. Several of the voltages, currents, and resistances are indicated. Use both of Kirchoff's Laws and Ohm's Law to determine as many of the other voltages, currents, and resistances as possible.