Showing 49–64 of 72 results
PHY-HEAT-32 Ice Melting Kit
SSI-PHY-HEAT-32
Comprises two identical looking square blocks but of different materials, one of thermal conducting material and other of thermal insulating material. On placing ice on both of them, ice melts faster on one of them showing the difference in their conductivity.
PHY-HEAT-33.1 Compound Metal Strip
SSI-PHY-HEAT-33.1
To show the unequal or differential expansion of two different metals in a bimetallic strips. Comprising two strips, each of different metal but if same size, riveted together end to end and fitted on an insulated handle. On heating, the compound strip bends into curvature with metal having more coefficient
PHY-HEAT-33.2 Compound Metal Strip
SSI-PHY-HEAT-33.2
To show the unequal or differential expansion of two different metals in a bimetallic strips. Comprising two strips, each of different metal but if same size, riveted together end to end and fitted on an insulated handle. On heating, the compound strip bends into curvature with metal having more coefficient
PHY-HEAT-33.3 Compound Metal Strip
SSI-PHY-HEAT-33.3
To show the unequal or differential expansion of two different metals in a bimetallic strips. Comprising two strips, each of different metal but if same size, riveted together end to end and fitted on an insulated handle. On heating, the compound strip bends into curvature with metal having more coefficient
PHY-HEAT-34 Drinking Bird
SSI-PHY-HEAT-34
A classic toy that is really a heat engine. The bird operates because evaporation is a cooling process. After placing bird in motion, it will continue to drink as long as there is water in the cup and the room temperature is above 65°F.
PHY-HEAT-35 Expansion of Liquids Apparatus
SSI-PHY-HEAT-35
Comprising five removable glass tubes in a sliding frame and supported in a water trough. The frame has a special sliding arrangement with clips to hold glass bulbs with tubes. The bulbs can be easily removed and fixed and have funnel formation on top for easy filling.
PHY-HEAT-36.1 Hope's Apparatus
SSI-PHY-HEAT-36.1
To determine temperature at maximum density of water. Sheet iron cylinder and trough on a base, with tubules for thermometers but without thermometers.
Cylinder size 340 x 50 mm Trough size 100 x 200 mm
PHY-HEAT-36.2 Hope's Apparatus
SSI-PHY-HEAT-36.2
To determine temperature at maximum density of water. Sheet iron cylinder and trough on a base, with tubules for thermometers but without thermometers.
Cylinder size 203 x 50 mm Trough Size 63 x 100 mm
PHY-HEAT-37 Thermal Conductivity Bars
SSI-PHY-HEAT-37
To Study heat conductivity in different metals. Observe the temperature gradients along the metal bars, and watch them evolve. Rate of conduction of heat can be measured by the mounted strip thermometers
PHY-HEAT-38 Thermal Conductivity Apparatus
SSI-PHY-HEAT-38
It is also called Heat Conductivity Apparatus Or Shaw Magnets Conductivity Apparatus .The apparatus consists of a wood compound ring with four pointed strips of metal attached at 90 degrees to each other around the ring. The strips are attached so that their points are in the centre of the
PHY-HEAT-39 Thermal Conductivity Apparatus Star Shaped
SSI-PHY-HEAT-39
For demonstration of differences in the thermal conductivity of five different metal - brass, copper, aluminium, mild steel and stainless steel. These 5 metal rods spread radially outward. equally spaced on each side of hexagonal brass hub, and have a small recess at the other end for holding paraffin wax.
PHY-HEAT-4.1 COPPER CALORIMETER WITH LID
SSI-PHY-HEAT-4.1
Single piece calorimeter, spun into cylindrical shaped vessel, seamless, with rolled rims at the top but with insulated lid at the top fitted with rubber stopper for thermometer and metal stirrer.
Size: 25x50mm (Dia. x height)
PHY-HEAT-4.2 COPPER CALORIMETER WITH LID
SSI-PHY-HEAT-4.2
Single piece calorimeter, spun into cylindrical shaped vessel, seamless, with rolled rims at the top but with insulated lid at the top fitted with rubber stopper for thermometer and metal stirrer.
Size: 50x75mm (Dia. x height)
PHY-HEAT-4.3 COPPER CALORIMETER WITH LID
SSI-PHY-HEAT-4.3
Single piece calorimeter, spun into cylindrical shaped vessel, seamless, with rolled rims at the top but with insulated lid at the top fitted with rubber stopper for thermometer and metal stirrer.
Size: 75x100mm (Dia. x height)
PHY-HEAT-41 Linear Expansion Apparatus Simple
SSI-PHY-HEAT-41
For accurately measuring the coefficient of linear expansion of electrically conducting materials such as metal rods. Consists of a frame of thermally rigid material consisting of two cast end pieces connected by two steel rods which appropriately hold a plated brass pipe (l x d), 500 x 25mm. The pipe