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TO STUDY THE RELATION BETWEEN TEMPERATURE OF A HOT BODY AND TIME BY PLOTTING A COOLING CURVE.

TO STUDY THE RELATION BETWEEN TEMPERATURE OF A HOT BODY AND TIME BY PLOTTING A COOLING CURVE.

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SKU: OM-11016

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APPARATUS WE SUPPLIED WITH THIS EXPERIMENT

  1. NEWTON'S LAW OF COOLING APPARATUS
  2. TWO THERMOMETERS
  3. STOP WATCH                                                                                                          OPTIONAL ACCESSORIES WITH THIS EXPERIMENT                                               1.HEATING ARRANGEMENTS (HEATING PLATE )                                                                2. ELECTRONIC BALANCE                                                                                                                                                                                                                                         According to Newton's law of cooling, the rate at which a hot body lose heat is directly proportional to the temperature difference between hot body and surrounding provided the temperature difference is small.                                               
    Core Principles
    Proportional Cooling: The hotter an object is compared to the room, the faster it loses heat. As it cools and gets closer to room temperature, the cooling process slows down. 
    Convective Dominance: The theory primarily simplifies convective and conductive heat transfer into a linear mathematical relationship.                                                Small Temperature Differences: It functions best and remains accurate only when the temperature difference between the object and the environment is relatively small.

 

Weight

2.5 kg

Dimensions 33 × 17 × 22 cm