Sci 9 Lesson 3 May 5 - Electric Potential Energy and Voltage
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The document provides homework assignments for students which include: - Completing lab worksheets and studying for an upcoming quiz - Reading class notes and the class blog for additional information - Bringing a fruit to the next class lab It then previews the topics to be covered in the next chapter which are electric potential energy, voltage, and how batteries work by converting chemical energy into electrical energy and creating a potential difference between their terminals.
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Introducing Electricity
This document introduces electricity and electric circuits. It discusses:
1) The sources of electricity as main electricity from power stations and electric cells for portable devices.
2) The components of an electric circuit including connecting wires, bulbs, switches, and cells.
3) How circuits can be arranged in series or parallel and the differences between complete and incomplete circuits.
Electric cells
Electric Cell is that is capable of changing some form of energy, such as chemical energy into electricity.
cell.ppt
1. The document discusses electric cells and their components including electromotive force (EMF), terminal potential difference, and internal resistance.
2. It explains that an electric cell converts chemical energy into electrical energy through a chemical reaction between two electrodes immersed in an electrolyte.
3. The document provides details on different types of cells such as primary cells that cannot be recharged and secondary cells that can be recharged, and discusses factors that affect a cell's internal resistance.
New microsoft power point presentation (2)
Ankur Singh Kushwaha, a class 12 student, completed a physics investigatory project on the factors that affect the internal resistance of a cell. The project examined how internal resistance varies with distance between electrodes, electrode area, electrolyte temperature, and electrolyte concentration through a series of experiments. The results showed that internal resistance increases with distance between electrodes and decreases with greater electrode area, higher electrolyte temperature, and higher electrolyte concentration.
Unit 1 Ccurrent Electricity
Current electricity refers to the flow of electric charges through a conductor. For current to flow, a closed circuit is needed consisting of a source of electricity, conducting wires, and a device powered by the electricity. Common sources of current electricity include batteries and generators, which use chemical or mechanical means to provide a continuous supply of moving electric charges through a circuit.
Chapter 4 lesson_1
Static electricity is the buildup of electric charges in one place. During a lab where balloons were rubbed with various materials like wool, the balloons became negatively charged and repelled each other. This was caused by the separation of positive and negative electric charges through rubbing, which transferred negative charges between the balloons and materials. Rubbing causes negative particles to move between objects, leaving one object positively charged and the other negatively charged.
electrical_potential_ppt6mrwilson_azedit.ppt
1) Electrical potential energy, also called voltage, is the energy a charge has due to its location in an electric field. Charges placed in an electric field gain potential energy, and charges moved against an electric field lose potential energy as they do work.
2) The electric potential is defined as the electrical potential energy per unit charge. It represents the voltage or potential difference between two points. Work done to move a charge between two points can be calculated from the potential difference and amount of charge moved.
3) Batteries provide a source of potential energy by establishing a potential difference that forces electrons at the negative terminal to have a higher potential energy than at the positive terminal. When a conducting path such as a resist
electric potencial energy.ppt
1) Electrical potential energy is the energy a charge has due to its location in an electric field. Pushing a charge against an electric field requires work, and the charge gains potential energy.
2) The electric potential is defined as the electrical potential energy per unit charge. It represents the work required to move a charge from a reference point to its current location in an electric field.
3) Batteries provide a source of potential energy by forcing electrons to a higher electric potential, giving them voltage. Connecting a resistor provides a path for electrons to move to a lower potential, doing work through the resistor.
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