Find the equivalent resistance. (the question has been attached below)

The final (equivalent) resistance of the circuit is 5 Ohms.

Explanation:

Use the formulas for combining two resistors

(a) in series

(b) in parallel

Steps:

Start simplifying the circuit at the right end (I am indexing the resistors by the index of the current in the schema)

Step 1: combine resistors 5 and 6 (parallel):

R_A = 1/(1/10+1/30)= 30/4 =15/2 Ohm

Step 2: combine 4 and 7 with R_A (series)

R_B = R4+R_A+R7 = 2 + 15/2 + 1/2 = 10 Ohm

Step 3: Resistor 3 with R_B (parallel):

R_C = 1/(1/15 + 1/10) = 6 Ohm

Step 4: Resistor 2 with R_C (parallel):

R_D = 1/(1/12+1/6) = 4 Ohm

Ste 5 Resistor 1 with R_D (series):

R = 1 + 4 = 5 Ohm

The final (equivalent) resistance of the circuit is 5 Ohms.

explanation:

specific heat is the amount of heat required to raise the temperature of a unit mass of a substance.

the answer is 46 mls because when you add the speed per second it increses the speed