Showing 2145–2160 of 2574 results
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
PHY-HEAT-42 Linear Expansion Apparatus Precision Dial type
SSI-PHY-HEAT-42
The accuracy in determination of coefficient of linear expansion of the material of a rod depends on the precision in the measurement of the expansion produced, which is provided by a dial gauge indicator, graduated 0.01mm per division. Ideal for higher grade students. The expansion rod is located in a
PHY-HEAT-43 Expansion Apparatus
SSI-PHY-HEAT-43
Comprising two cast-metal uprights linked by a pair of parallel plated metal support rods and supporting an expansion bar at the top. The expansion bar is fixed to one upright and rests beneath a friction pointer on the other upright. The pointer moves along a scale reading 0 to 90°.
PHY-HEAT-9.1 ALUMINUM CALORIMETER (WITH LID)
SSI-PHY-HEAT-9.1
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.
5x50mm (Dia. x height)