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Melissa Canales 12/8/11 Period 1

Melissa Canales 12/8/11 Period 1

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Melissa Canales 12/8/11 Period 1

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  1. Melissa Canales12/8/11Period 1 Cold vs Heat vs Room Temperature

  2. RESEARCH There are four different types of temperature scales that I researched. The Absolute scale, Fahrenheit scale, Celsius scale, and the Kelvin scale. The Celsius scale is also known as the Centigrade Temperature Scale. When a metal passes through the magnetic field, the electrons start to line up to the electric current, the part of the metal closer to the field becomes the South Pole and the other end of the magnet becomes the North Pole.

  3. PROBLEM STATEMENT How does a magnet’s temperature affect its strength?

  4. HYPOTHESIS If the magnet’s strength depends on Its temperature, then I hypothesis that the cold temperature magnet will have a stronger magnetic force therefore its strength will be the strongest out of the rest.

  5. INDEPENDENT VARIABLE: The temperature of the magnets

  6. DEPENDENT VARIABLE The amount of paper clips the magnets have magnetized

  7. CONSTANT VARIABLES • The time the magnet is left in the freezer and in the boiling water(5 min) • The time for the magnet to collect the paper clips(1 min) • The heater • Type and shape of magnet • Same type of paper clips • Number of paper clips • The timer

  8. 3 Magnets • 1 Freezer • 1 Timer • 1 heater • 12 Paper clips • Safety gloves • A bowl • A dry towel cloth • A tea kettle • Pencil & Paper materials

  9. PROCEDURES Grab all materials Put one magnet in the freezer for 5 minutes While your waiting for the magnet in the freezer you layout the 12 paper clips on a table Take the magnet out and start the timer until it reaches 1 minute, during that one minute you collect the paper clips with the magnet Record how many paper clips the magnet has magnetized, repeat steps 2-5 two more times to get an accurate average. You grab the tea kettle with water and you boil the water, use your safety gloves to carefully put the water in the bowl Lay the magnet inside the water and leave it in for 5 minutes, then take the towel cloth and dry the magnet Then, do steps 4& 5

  10. PROCEDURES 9. Grab the room temperature magnet, start collecting the paper clips 10. Record how many paper clips the magnet magnetized, repeat steps 9-10 two more times, then find the average with the magnet until the timer reaches 1 minute

  11. Results ` The cold magnet was resulted stronger than the other temperature magnets. The cold magnet resulted with an average of 9.33 , the hot magnet resulted with an average of 7.33, and the room temperature magnet resulted with an average of 7. The warm magnet wasn’t as strong as the cold magnet. Same with the room temperature magnet.

  12. CONCLUSION My hypothesis was correct, the cold temperature magnet’s strength would be the strongest. This experiment would benefit man-kind by using colder magnets to get stronger results. For example: a scientist wanted to test his magnets to find out which can pull a metallic cube from a table, he can use my answer to make his prediction with confidence. Magnets can probably be used in the future to replace glue.

  13. DATA


  15. PICTURES Cold temperature magnet Hot temperature magnet Room temperature magnet