File Name: energy conservation quiz questions and answers .zip
Have students refer to the Energy Zone booklet. The quizzes are multiple choice. Know What, No What quiz. Renewable Energy Graph quiz. Electricity Sources quiz. Why Conserve? Answer key for all quizzes. NOTE: Our lesson plans are optimized for grades core curriculum, but can be used by older students as well. I Have Who Has lesson plan. The activity at the heart of this lesson centers on I Have-Who-Has?
The goal is for students to listen carefully for the question to be read for which they have the corresponding answer. This fun activity builds listening skills, concept comprehension and teamwork. Save My Energy lesson plan. Students then examine their own behaviors related to energy use to design strategies for what they can personally do to conserve energy and reduce their carbon footprint at home and school.
Survey Says lesson plan. In this lesson students will complete a survey about energy consumption and safety two times — once in class and then once at home with the benefit of parental participation and being able to check things like thermostat settings.
The lesson encourages students to evaluate the results of the survey, providing comparisons among student answers as well as between the in-class responses and the at-home responses. The intended result is an increased recognition of the many ways in which students use energy and how to be safe around it, as well as an understanding of how simple, everyday behaviors can both increase and decrease energy consumption.
Safety Inspectors lesson plan. Shine a Light on Efficiency lesson plan. The first is a fun lab that has students create an electrical circuit using an ice tray and everyday materials.
That experiment lights an LED bulb to illustrate current. It provides a natural introduction into exploring the differences in the efficiency of different types of bulbs, via the second experiment. Home electrical safety checklist. Storm safety kit checklist. Solar S'mores project. Ribbon wind sock project. Pick your favorite colors and decorate as desired. Build a solar oven project. Make a wind turbine project. Make an anemometer project.
Build one of your own! Energy safety survey project. They will ask ten people the same set of questions so that they can compare their answers. Skip to content Energy Glossary. Quizzes Have students refer to the Energy Zone booklet. Lesson plans NOTE: Our lesson plans are optimized for grades core curriculum, but can be used by older students as well. Checklists and hands-on projects Home electrical safety checklist.
This is not a test. You don t have to pass it and it won t give you a grade. It will just help you learn or find out how much you remember from what you have already read on this website or from other sources of information. Some questions require you to think of an answer. The same ideas can be worded in many different ways so don t worry if your idea or answer isn t exactly the same as the answer provided on this website. Other answers ask you to choose and answer from a number of choices. Circle the answer you believe is correct and then check on the answers to find out if you were right.
Lesson 2 has thus far focused on how to analyze motion situations using the work and energy relationship. The relationship could be summarized by the following statements:. There is a relationship between work and mechanical energy change. Whenever work is done upon an object by an external or nonconservative force , there will be a change in the total mechanical energy of the object. If only internal forces are doing work no work done by external forces , there is no change in total mechanical energy; the total mechanical energy is said to be "conserved. Now an effort will be made to apply this relationship to a variety of motion scenarios in order to test our understanding. Use your understanding of the work-energy theorem to answer the following questions.
Nuclear energy is not derived from the sun. Nuclear energy comes from the energy released when atoms are split apart and some mass is converted to energy. This question relates to Energy Literacy Principle 2: Energy in physical processes. See teaching materials about energy sources.
Speak now. You have to gather all the energy inside you for this one. We will be throwing thousands of Joules in questions at you.
For each question, choose all answers that apply. 1. The amount of energy each North American uses per year is equivalent to a. 13 one-kilowatt heaters.Reply