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Hanukkah Energy Scavenger Hunt By Leora Frankel This Scavenger Hunt (see below) is a great way to have children actively learn about energy efficiency while having Hanukkah fun. It can be implemented two different ways: *Important Preparation: Before the activity, make sure you read through and fill out the sheet yourself. Some of the questions ask for specific facts about your building, so you'll need to know whether or not the kids have the correct answers. For a Youth Group Meeting or Other Small Group: For a Hebrew School or Jewish Day School: Then, when the students have brought back their completed scavenger hunt sheets, you can have a contest within each class to see which students scored the highest. Another, and potentially more exciting idea, is to tally all of the points each class earns and have a school-wide competition. (A way to account for different class sizes is to use the average score for every class.)
1. Count the number of Hanukkiot (special Hanukkah Menorahs) there are in the building/house. 2. Sing the chorus to your favorite Hanukkah song. (5 pts. +2 extra if it's in Hebrew!) The story of Hanukkah speaks of two great miracles. First, it explains how a small jar of oil fueled the Temple's Menorah for eight daysmuch longer than everyone thought the energy could last. In addition, it also celebrates the unlikely victory of the Maccabees, who didn't let adversity keep them from defending what they knew was right. This Hanukkah, we have the chance to be modern Maccabees, ensuring that our energy lasts as long as possible. Keep reading to find out how... 3. Count the number of doors and windows in the building/house. How many 4. Were any of the windows or doors propped open, allowing heat to escape? Did any of the closed doors leading to the outside have cracks near the floor, allowing air to flow out? (-5 pts.) Did you know that the amount of heat lost through a quarter-inch crack along a 3-foot door costs more than 20 gallons of fuel oil to reproduce? Not only is this a waste of money, but it adds to the amount of carbon dioxide in the atmosphere which is contributing to something in the environment called The Greenhouse Effect. Everyday, sunshine reaches the earth, turns into heat, and reflects back towards outer space. Certain gases in the atmosphere, like carbon dioxide can trap the heat that is reflected. All of this trapped heat causes Global Climate Change. As the name implies, Global Climate Change means that the temperature of the atmosphere around the earth is rising and dropping to temperatures that are unnatural. This affects the world's ecosystems in many ways. For example, ice sheets in Alaska will melt and the ocean will rise and start to flood coastal ares like the Florida beaches. But don't worryit's not too late to help stop Global Climate Change... 5. Count the number of light bulbs there are in the building/house (not including any on Hanukkiot or a Menorah). Were any of the lights left on in empty rooms? ________ (-5 pts.) 6. Are any of them specially designed to be energy efficient, such as compact fluorescent bulbs? If so, how many, and where are they? ________________________________________________________________ (+2 extra pts. per bulb) Did you know that lighting makes up about 25% of the electricity Americans use? If 1,000 of us replaced just 4 regular light bulbs in our house with special low-mercury compact fluorescent bulbs, we could prevent five million pounds of carbon dioxide from entering the atmosphere! Not only that, but we'd also reduce our electricity bills by more than $100,000 over the lives of those bulbs. What would you do with all that money? But wait, there's more... 7. Using just your bodies (no props), illustrate three different sources of light and heat. (+5 pts. per picture) 8. Guess (without looking at the thermostat) what temperature you think it is in the building/house right now. _______ºF (+5 pts.) Did you know that heating and cooling use the largest amount of energy in most homes? You can prevent the emission of nearly 1,100 pounds of carbon dioxide annually just by lowering your thermostat by three degrees in the winter. If 1,000 of us shifted three degrees, we could save over a million pounds of carbon dioxide emissions each year! Find the thermostat in your building/house. What temperature does it currently read? _______ºF (+5 pts.) How close was your guess to the real temperature? With permission, lower the thermostat 3 degrees. What is the temperature now? _______ºF (+5 pts.) Kol Hakavod! Great Job! P.S. Don't forget to tell your friends and family about what you learned! They can help too...
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