Heat
Showing 65–80 of 97 results
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Heat, Physics
Ring and Ball
Catalogue No: 1060020/2
A simple and economical device for demonstrating the thermal expansion of solids. Comprises an annular brass ring mounted on an insulated handle and a captive brass ball secured to the ring handle through a chain and having diameter just smaller than the internal diameter of the ring. When cold, the ball easily passes through the ring but does not pass on heating. Both ring and ball when heated to the same extent, the ball still passes through the ring showing the expansion of a hole effect. Available in ball diameters:
* 19mmPack of (Set): 1
SKU: 1060020/2 -
Heat, Physics
Ring and Ball
Catalogue No: 1060020/3
A simple and economical device for demonstrating the thermal expansion of solids. Comprises an annular brass ring mounted on an insulated handle and a captive brass ball secured to the ring handle through a chain and having diameter just smaller than the internal diameter of the ring. When cold, the ball easily passes through the ring but does not pass on heating. Both ring and ball when heated to the same extent, the ball still passes through the ring showing the expansion of a hole effect. Available in ball diameters:
* 25mmPack of (Set): 1
SKU: 1060020/3 -
Heat, Physics
Ring and Ball
Catalogue No: 1060020/4
A simple and economical device for demonstrating the thermal expansion of solids. Comprises an annular brass ring mounted on an insulated handle and a captive brass ball secured to the ring handle through a chain and having diameter just smaller than the internal diameter of the ring. When cold, the ball easily passes through the ring but does not pass on heating. Both ring and ball when heated to the same extent, the ball still passes through the ring showing the expansion of a hole effect. Available in ball diameters:
* 22mmPack of (Set): 1
SKU: 1060020/4 -
Heat, Physics
Ring and Ball
Catalogue No: 1060020/1
A simple and economical device for demonstrating the thermal expansion of solids. Comprises an annular brass ring mounted on an insulated handle and a captive brass ball secured to the ring handle through a chain and having diameter just smaller than the internal diameter of the ring. When cold, the ball easily passes through the ring but does not pass on heating. Both ring and ball when heated to the same extent, the ball still passes through the ring showing the expansion of a hole effect. Available in ball diameters:
* 13mmPack of (Set): 1
SKU: 1060020/1 -
Heat, Physics
Rods For Thermal Conductivity
Catalogue No: 1060420/1
Metal rods of size about 300 x 3mm (length x diameter). Available in six different metals as detailed below. Also indicated alongside are their respective thermal conductivities in Wm K at 373.2K.
* Aluminum (240)Pack of (Pcs): 10
SKU: 1060420/1 -
Heat, Physics
Set of Rods for Thermal Conductivity
Catalogue No: 1060420/4
Metal rods of size about 300 x 3mm (length x diameter). Available in six different metals as detailed below. Also indicated alongside are their respective thermal conductivities in Wm K at 373.2K.
* Lead (34)Pack of (Pcs): 10
SKU: 1060420/4 -
Heat, Physics
Set of Rods for Thermal Conductivity
Catalogue No: 1060420/5
Metal rods of size about 300 x 3mm (length x diameter). Available in six different metals as detailed below. Also indicated alongside are their respective thermal conductivities in Wm K at 373.2K.
* Brass (128)Pack of (Pcs): 10
SKU: 1060420/5 -
Heat, Physics
Set of Rods for Thermal Conductivity
Catalogue No: 1060420/6
Metal rods of size about 300 x 3mm (length x diameter). Available in six different metals as detailed below. Also indicated alongside are their respective thermal conductivities in Wm K at 373.2K.
* Zinc (112)Pack of (Pcs): 10
SKU: 1060420/6 -
Heat, Physics
Set of Rods for Thermal Conductivity
Catalogue No: 1060420/7
Metal rods of size about 300 x 3mm (length x diameter). Available in six different metals as detailed below. Also indicated alongside are their respective thermal conductivities in Wm K at 373.2K.
* Set of 6 rods, 1 each of aluminum, iron, copper, lead, brass and zinc.Pack of (Pcs): 10
SKU: 1060420/7 -
Heat, Physics
Set of Rods for Thermal Conductivity
Catalogue No: 1060420/2
Metal rods of size about 300 x 3mm (length x diameter). Available in six different metals as detailed below. Also indicated alongside are their respective thermal conductivities in Wm K at 373.2K.
* Iron (72)Pack of (Pcs): 10
SKU: 1060420/2 -
Heat, Physics
Set of Rods for Thermal Conductivity
Catalogue No: 1060420/3
Metal rods of size about 300 x 3mm (length x diameter). Available in six different metals as detailed below. Also indicated alongside are their respective thermal conductivities in Wm K at 373.2K.
* Copper (395)Pack of (Pcs): 10
SKU: 1060420/3 -
Heat, Physics
Set of Specific Heat Cylinder, Equal in Mass
Catalogue No: 1061020
Comprising six cylinders of diameter about 16mm, with weight of each cylinder adjusted to 100g with their length varying from 5cm to 19cm. Includes one cylinder each of copper, lead, brass, zinc, iron and Aluminum and are drilled across cross-section for suspension. Metal cylinders rest in the cylindrical recesses drilled in a wooden block. Identification stamped on each cylinder. Can also be used in specific gravity / density experiments to compare their relative densities.
* Set of Specific Heat Cylinders, Equal In MassPack of (Set): 1
SKU: 1061020
