Answer Happy

3. In section 2.2, you learned how a battery acts as a “pump" to push electrons to a high electric potential energy by transforming energy stored in its internal chemicals (chemical potential energy-CPE) into the electric potential energy (ElecPE) that drives the current. Shown below is a single-bulb electric circuit and a "water circuit" model. Pump Paddlewheel In the following table, a statement is made about the operation of either the electric circuit or the water circuit. Complete the table by writing a similar statement that replaces the underlined words with appropriate substitute words so that the statement makes sense for the comparable circuit. The first is done for you as an example. "Water Circuit Electric Circuit Energy is transferred in a "water circuit" by Energy is transferred in an electric circuit by the flow of water. the flow of electric charge. To provide energy to circulate water, an clectric pump uses electrical energy to create a height difference The height difference is such that the water at the output end of the pump has greater gravitational potential energy (GPE), than at the input end. The pump converts electric potential energy to gravitational potential energy The bulb transfers energy out of the system in the form of heat and radiation When the pump is turned on... When the circuit is connected together, it is not necessary to wait for charge to reach the bulb from the battery, the bulb lights right away.