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Super light bulb group

Super light bulb group. CIRCUIT DIAGRAM. MATERIALS. QUESTION. HYPOTHESIS. Mattias G iraldo Ana M aria Silva Esteban Perez. PROCEDURE. PICTURES. CHARTS AND TABLES. RESULTS AND CONCLUSIONS. QUESTION. Which light bulb produces the most heat?. MENU. HYPOTHESIS.

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Super light bulb group

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  1. Super light bulb group CIRCUIT DIAGRAM MATERIALS QUESTION HYPOTHESIS Mattias Giraldo Ana Maria Silva Esteban Perez PROCEDURE PICTURES CHARTS AND TABLES RESULTS AND CONCLUSIONS

  2. QUESTION Which light bulb produces the most heat? MENU

  3. HYPOTHESIS We think that the light bulb #1 will produce more heat than the others, because it’s bigger than the others. MENU

  4. MATERIALS • 4 Different light bulbs • lamp • 3 thermometers • Stopwatch • Camera to take pictures • Shoebox for group demonstration MENU

  5. Procedure Put light bulb #1 into the lamp and turn the lamp on. Hold the thermometer under the light bulb for 2 minutes and write down the light bulb temperature. Turn off the lamp. Let the light bulb cool down before you re move the bulb. Let the thermometer return back to room temperature. Repeat steps 1-3 with light bulb #2, #3, and #4. Measure the temperature of each light bulb two times. MENU

  6. PICTURES MENU

  7. CHARTS AND TABLES MENU

  8. RESULTS AND CONCLUSIONS 1. Which bulb produced the most? Light bulb #2 2. Why? We think… The light bulbs are made of different materials so they produce different light. Some light bulbs have more watts and more volts of energy than others which can produce more heat. 3. What light bulb would you buy in the future? Why? Light bulb #4 because it is fresher light and brighter. 4. Is the brightest bulb the bulb with the highest temperature? No MENU

  9. Circuit diagram MENU

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