1. The problem statement, all variables and given/known data We are given that R1 = 15.0 Ω, R2 = 10.0 Ω, and R3 = 8.00 Ω. What is the current and direction of the current through each resistor? Again, I have no idea how to do this, I got my answer from chegg, but I don't know if this is correct. 2. Relevant equations V = IR 3. The attempt at a solution Using Kirchoff's rules , for the loop ADCBA, starting from D, we have: (-10ohm * i1) + (10V) - 15ohm(i1+i2) +(20V) = 0 (25ohm * i1) + (15ohm * i2) = 30V (5 * i1) +(3 * i2) = 6 to the -(i) direction ? Now, applying Kirchoff to DCFED, starting from D: (-10ohm * i1) + (10V) + (8ohm * i2) = 0 (10ohm * i1) - (8ohm * i2) = 10V (5 * i1) - (4 * i2) = 5V to the -(ii) direction ? After solving, we get: i1 = 1.14A for R2? i2 = 0.142A for R3? i3 = 1.256A for R1? Are the currents and directions correct? If not, can you tell me what the direction is at least?