Difference between revisions of "Comparative Heat Capacity"

From UO Physics Demonstration Catalog

(Created page with "{{NewDemo|subject=Thermodynamics|topic=Transfer of Heat|file1=Comparative Heat.gif}} The three metal specimens are mounted on the suport rod, then immersed in boiling water to insure they come to a uniform temperature. Specimens are then dried off and placed on a flat sheet of wax. The depth to which the metal specimens sink is a measure of the specific heat of each. '''Location: ''' * Wax: Drawer 47 *")
 
 
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{{NewDemo|subject=Thermodynamics|topic=Transfer of Heat|file1=Comparative Heat.gif}}
{{NewDemo|subject=Thermodynamics|topic=Transfer of Heat|file1=Comparative Heat.gif}}


The three metal specimens are mounted on the suport rod, then immersed in boiling water to insure they come to a uniform temperature. Specimens are then dried off and placed on a flat sheet of wax. The depth to which the metal specimens sink is a measure of the specific heat of each.
The three metal specimens are mounted on the support rod, and heated in boiling water to insure they come to a uniform temperature. Each Specimen are placed on a flat sheet of wax. The depth to which the metal specimens sink is a measure of the specific capacity of each.


'''Location:
'''Location:
'''
'''
* Wax: Drawer 47
* Apparatus Location
*Wax: Drawer 47
*
*

Latest revision as of 09:15, 10 January 2023

Return to Transfer of Heat

Comparative Heat.gif

Description:

The three metal specimens are mounted on the support rod, and heated in boiling water to insure they come to a uniform temperature. Each Specimen are placed on a flat sheet of wax. The depth to which the metal specimens sink is a measure of the specific capacity of each.

Location:

  • Apparatus Location
  • Wax: Drawer 47