V, R, and I in a Series Circuit

How do you know that this is a series circuit?
1. There is only one path for the electricity to flow.
2. There are three resistors.
3. The batteries push a series of electrons into the resistors.
4. There is not enough information.
What is the total voltage of this circuit?
1. V_T = 24 v
2. V_T = 12 v
3. V_T = 144 v
4. V_T = 8 v
V_T = 24 v
What is the total Resistance of this circuit?
1. R_T = 8 Ω
2. R_T =5 Ω
3. R_T = 12 Ω
4. R_T =3 Ω
V_T = 24 v
R_T = 8 Ω

How do you find the total current for this circuit?
1. I_T = V_T/R_T
2. I_T = V_T x R_T
3. I_T = V_T - R_T
4. I_T = V_T + R_T
V_T = 24 v
R_T = 8 Ω
I_T = V_T/R_T

Which of the following is correct?
1. I_T = 24v ÷ 8 Ω
2. I_T = 24v x 8 Ω
3. I_T = 24v + 8 Ω
4. I_T = 24v - 8 Ω
V_T = 24 v
R_T = 8 Ω
I_T = 24v/8 Ω

Which of the following is correct?
1. I_T = 3 A
2. I_T = 3 Ω
3. I_T = 3 v
4. I_T = 3 J
V_T = 24 v
R_T = 8 Ω
I_T = 3 A

What is the current going through the first resistor (3 Ω)?
1. I_{3 Ω} = 3 A
2. I_{3 Ω} = 1 A
3. I_{3 Ω} = 2 A
4. I_{3 Ω} = 4 A
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A

Which statement is true:
1. In a series circuit, the current is the same everywhere.
2. In a series circuit, the voltage is the same everywhere.
3. In a series circuit, the current drops across each resistor.
4. In a series circuit, the resistance is the same everywhere.
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A

How would you find the voltage drop across Resistor 1 (V_{3 Ω})?
1. V_{3 Ω} = I_TR_{3 Ω}
2. V_{3 Ω} = V_T - 1
3. V_{3 Ω} = V_T - 3
4. V_{3 Ω} = V_T
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A
V_{3 Ω} = I_TR_{3 Ω}

Which of the following is correct?
1. V_{3 Ω} = 3 A x 3 Ω
2. V_{3 Ω} = 3 A x 2 Ω
3. V_{3 Ω} = 3 A/2 Ω
4. V_{3 Ω} = 3A x 12 v
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A
V_{3 Ω} = 3 A x 3 Ω

Which of the following is correct?
1. V_{3 Ω} = 9 v
2. V_{3 Ω} = 0 v
3. V_{3 Ω} = 6 v
4. V_{3 Ω} = 12 v
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A
V_{3 Ω} = 3 A x 3 Ω
V_{3 Ω} = 9 v

Which of the following is correct?
1. V_{2 Ω} = 3A x 2 Ω
2. V_{2 Ω} = 3A x 3 Ω
3. V_{2 Ω} = 12 v
4. V_{2 Ω} = 3A - 2 Ω
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A
V_{3 Ω} = 3 A x 3 Ω
V_{3 Ω} = 9 v
V_{2 Ω} = 3A x 2 Ω

Which of the following is correct?
1. V_{2 Ω} = 6 v
2. V_{2 Ω} = 0 v
3. V_{2 Ω} = 12 v
4. V_{2 Ω} = 5 v
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A
V_{3 Ω} = 3 A x 3 Ω
V_{3 Ω} = 9 v
V_{2 Ω} = 6 v

Which of the following is correct for Power?
1. P = VI
2. P = W/t
3. P = IR
4. P = V/I
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A
V_{3 Ω} = 3 A x 3 Ω
V_{3 Ω} = 9 v
V_{2 Ω} = 6 v
P = VI

Which of the following is correct?
1. P = 24v x 3A
2. P = 12v x 3 A
3. P = 12 v/ 3A
4. P = 24v/3A
V_T = 24 v
R_T = 8 Ω
I_T = 3 A
I_{3 Ω} = 3 A
V_{3 Ω} = 3 A x 3 Ω
V_{3 Ω} = 9 v
V_{2 Ω} = 6 v
P = VI = 24v x 3A

Which of the following is correct?
1. P = 72 w
2. P = 72 A
3. P = 27 w
4. P = 27 A