ww R₁ R₂ ww R₁ R₂ R3 - = = 3Ω R4 4Ω R5 = 50 5Ω I = 1A = 1Ω ΖΩ ww R₂ www R₂ E RA irchhoff's rules to determine the EMF of the battery (in in the answer box). The current given above is total

Activity 2: Problem Solving 1. Figure shows a circuit that contains two batteries and two resistors. Determine the total current I in the circuit. 2. Rị = 180 %3D 12 V R2 = 200 24V

QUESTION 22 Given two resistors of 70 ohms and 40 ohms connected in series to a DC battery. If the 70-ohm resistor has a current of 3.00 Amperes through it then which of these is the current through the 40-ohm resistor in SI units?   a. four sevenths of 3.00   b. one-third   c. 3.00

Real materials only have so many electrons (with fixed charge) that are free to move through a circuit. How can the same object allow different amounts of current to flow through it? Use what you noticed about the electrons in the simulation to justify your answer. image of simulation below

A 16.0-0 and a 20.0-0 resistor are connected in parallel. A difference in potential of 40.0 V is applied to the combination. a. Compute the equivalent resistance of the parallel circuit. b. What is the current in the circuit? C. How large is the current through the 16.0-17 resistor?

Can you help with subparts 5a. and 5b.  A 800.0 Ohm resistor is connected to a 12.0 V battery. 5a. Calculate the current through this resistor.   5b. Calculate the power dissipated in the resistor.   This is not and will not be graded