Also the different sizes in the batteries both seemed to be able to collect a plethora of clips. As pressure was applied to both sides of the battery, where the electric tape was located, the heat began to significantly increase. The opposite sides of the battery were hot enough to need gloves to be put on, in order to prevent our fingers from burning. If the battery was held for a short period of time, it would cool down nearly immediately, but if it was held for a longer period of time, the entire battery would be warm. Batteries become hot when metal is attached to the opposite ends because of the electrical current pulsing through the wire. Electric current is nothing but the rate of flow of electric charge through a conductor with respect to time. It is caused by drift of free electrons through a conductor to a particular direction (Electric current). The particles that carry charge through wires in a circuit are mobile electrons. The electric field’s direction in a circuit is the direction that positive charges are moving. Thus, these negatively charged electrons move in the direction opposite the electric
Also the different sizes in the batteries both seemed to be able to collect a plethora of clips. As pressure was applied to both sides of the battery, where the electric tape was located, the heat began to significantly increase. The opposite sides of the battery were hot enough to need gloves to be put on, in order to prevent our fingers from burning. If the battery was held for a short period of time, it would cool down nearly immediately, but if it was held for a longer period of time, the entire battery would be warm. Batteries become hot when metal is attached to the opposite ends because of the electrical current pulsing through the wire. Electric current is nothing but the rate of flow of electric charge through a conductor with respect to time. It is caused by drift of free electrons through a conductor to a particular direction (Electric current). The particles that carry charge through wires in a circuit are mobile electrons. The electric field’s direction in a circuit is the direction that positive charges are moving. Thus, these negatively charged electrons move in the direction opposite the electric