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1. What are the 8 stores of energy? What are the 4 pathways for transferring energy? Which of the 4 pathways involves a force doing work on an object? Which of the 4 pathways can involve light shining on an object? Identify the stores and pathways involved in the following examples.
Potential Energy Diagrams Practice. Name:________________________ 1. Which letter (a–f) represents potential energy (ΔH) of the products? __________ 2. Which letter (a-f) represents potential energy (ΔH) of the activated complex? __________ 3. Which letter (a-f) represents potential energy (ΔH) of the reactants? __________ 4.
1. Show your choice of system in the energy flow diagram, unless it is specified for you. **Always include the earth in your system. 2. Decide if your system is frictionless or not, and state this. 3. Sketch an energy bar graph for the initial situation. 4. Complete the analysis by showing energy transfers and the final energy bar graph. 1.
Generate: Make electricity by turning a magnet inside coils of wire. Heat energy: Heat energy is the energy produced by the motion of particles within an object. Kinetic energy: The kind of energy in moving things. Law of conservation of energy: The idea that energy can never be created or destroyed, only changed from one form into another.
An energy flow diagram is a visual way to show the uses of energy in a system. A simple diagram for the energy flow in a mobile phone is shown below. This shows how energy is converted from one form into another.
Energy Ws #1: Reaction Rates 1. Chemical reactions occur when reactants collide. For what reasons may a collision fail to produce a chemical reaction? 2. If every collision between reactants lead to a reaction, what determines the rate at which the reaction occurs? 3. What is the activation energy of a reaction, and how is this energy related ...
Revision Pack Physics Topic 1 - Energy Q3. The diagram below shows water falling over a dam at the end of a reservoir. The water falls a vertical distance of 10 m. (a) Calculate the potential energy of 1 kg of water at the top of the waterfall.
