Question

mustang sally just finished restoring her 1965 ford mustang car. to save money, she did not get a new battery. when she tries to start the car, she discovers that the battery is dead (an insufficient or zero voltage difference across the battery terminals) and so she will need a jump start. here is how she accomplishes the jump start: 1. she connects a red jumper cable (wire) from the positive terminal of the dead battery to the positive terminal of a fully functional new battery. 2. she connects one end of a black jumper cable to the negative terminal of the new battery. 3. she then connects the other end of the black jumper cable to the negative terminal of the dead battery. 4. the new battery (now in a parallel with the dead battery) is now part of the circuit and the car can be jump started. the car starter motor is effectively drawing current from the new battery. after the car with the dead battery is running, the cables can be disconnected in the reverse order that they were connected. while unhooking the jumper cables, the positive and negative cables almost touch and a spark jumps between the ends of the cables. this spark is caused by the movement of electrons through the air between the battery terminals. in what direction are the electrons traveling during the spark? view available hint(s)

Explanation:

Step1: Recall electron - flow concept

Electrons flow from the negative terminal to the positive terminal.

Step2: Identify battery terminals

The spark occurs between the ends of the cables which are connected to the battery terminals. The negative terminal has an excess of electrons and the positive terminal has a deficiency of electrons.

Step3: Determine electron direction

Electrons will flow from the negative - charged end (connected to the negative terminal) to the positive - charged end (connected to the positive terminal).

Answer:

From the end of the black (negative - connected) cable to the end of the red (positive - connected) cable.