Answer the following questions: I What is a circuit? Type answer here 2. What does it mean when an electrical circuit is broken? Type answer here 3. True or False: The location of a break in a circuit is irrelevant to its inability to sustain continuous charge flow. Type answer here Step 2 Visit the following website: https:/www.hunker.com/12003706/the-four-and-more-basic-parts-of-an-electrical-circuit Answer the following questions: 4. What are the 4 basic components of a circuit? Type answer here Type answer here Type answer here Type answer here 5. Out beside each component, write a brief description of the purpose that it serves in the circuit. b. In the space provided below, sketch a simple circuit that includes each of the components that you listed above. On the left side, depict your dustration as a "closed" circuit. This means that electricity can flow continuously through the circuit. On the right side, depict your ilustration as an "open" circuit. This means that there is a break in the circuit that prevents electricity from flowing continuously. CLOSED CIRCUIT OPEN CIRCUIT Find an illustration of a closed Find an illustration of an open circuit on the internet, copy it, and paste it here circuit on the internet, copy it, and paste it here .. . . . . .. . . Step 3: Visit the following website: https:/phet.colorado.edu/en/simulation/circuit-construction-kit-do Select "play" . . Select the "intro" option SERIES CIRCUIT A series circut is a circuit that has only one path through which the electricity (electrons) flow. From one end of the cell (battery), the electrons move along one path with NO branches, through the resistors, to the other end of the cell. All the components in a series circuit are connected end-to-end I You will begin by building a series circuit with the following components Light bulb () D Resistor (D) Battery () Switch (1) O Conductive Wires Place the components together in a closed circuit until your bulb lights Check this box when task is completed 2 Select " values" on the right side of the screen Then, change the battery voltage to 50 Volts 3. According to Ohm's Law, Resistance (R) = Voltage (V) . Current (D. Use this formula and calculate the current of the circuit that you built. Show your work and answer in the box below. SHOW Type answer here YOUR WORK 4. Next, drag the ammeter to any wire in the circuit. Does the current on the ammeter match the current from your calculations? If so, move on to #5. If not, check your calculations and try again. 5. Add another light bulb to the circuit. Be sure that the lightbulb is "lit." What happens to the current? Type answer here b. An important relationship has just been observed. Complete the statement below: O- Assuming voltage remains constant.. As resistance increases, current Type answer here 7. Add another 50 Volt battery to the circuit. What happens to the intensity of the light bulbs? Type answer here . . 8. Another important relationship has just been observed Complete the statement below: Assuming resistance remains constant. As voltage increases, current Type answer here
