Showing 2129–2144 of 2574 results
PHY-HEAT-28.2 Ring and Ball with chain mounted on separate stand
SSI-PHY-HEAT-28.2
An apparatus for demonstrating thermal expansion, comprising a captive brass ball and ring mounted on separate insulated handles. The ball passes through the ring when cold but will not pass through after being heated and fix on stand.
Ball diameter 22 mm
PHY-HEAT-28.3 Ring and Ball with chain mounted on separate stand
SSI-PHY-HEAT-28.3
An apparatus for demonstrating thermal expansion, comprising a captive brass ball and ring mounted on separate insulated handles. The ball passes through the ring when cold but will not pass through after being heated and fix on stand.
Ball diameter 25 mm
PHY-HEAT-29.1 Bar & Gauge
SSI-PHY-HEAT-29.1
For illustrating expansion by heating and contraction by cooling. Comprising a bar of iron mounted on a support rod with wooden handle, and a brass gauge with a cut-out which barely admits the bar lengthways while cold, and a hole which passes the bar endways only while cold. Heating the
PHY-HEAT-29.2 Bar & Gauge
SSI-PHY-HEAT-29.2
For illustrating expansion by heating and contraction by cooling. Comprising a bar of iron mounted on a support rod with wooden handle, and a brass gauge with a cut-out which barely admits the bar lengthways while cold, and a hole which passes the bar endways only while cold. Heating the
PHY-HEAT-2A METAL BLOCK CALORIMETER COPPER
SSI-PHY-HEAT-2A
Copper Calorimeter heating block for the experimental determination of the specific heat capacity of different metals. Cylindrical metal blocks mars 1kg adjusted to an accuracy of ±2%. Each blocks with two holes a large central hole for a special immersion heater and a smaller hole for a thermometer or temperature
PHY-HEAT-2C METAL BLOCK CALORIMETER BRASS
SSI-PHY-HEAT-2C
Metal Block Calorimeter heating block for the experimental determination of the specific heat capacity of different metals. Cylindrical metal blocks mars 1kg adjusted to an accuracy of ±2%. Each blocks with two holes a large central hole for a special immersion heater and a smaller hole for a thermometer or
PHY-HEAT-2D METAL BLOCK CALORIMETER ALUMINUM
SSI-PHY-HEAT-2D
Aluminium, Metal Block Calorimeter heating block for the experimental determination of the specific heat capacity of different metals. Cylindrical metal blocks mars 1kg adjusted to an accuracy of ±2%. Each blocks with two holes a large central hole for a special immersion heater and a smaller hole for a thermometer
PHY-HEAT-30 Bar Breaking Apparatus
SSI-PHY-HEAT-30
Comprising a heavy cast metal frame with U-shaped slotted end pillar to carry a stout iron bar. The iron bar is threaded at one end for a large tensioning knob and has holes at the other end to accommodate the cast iron breaking bars. Supplied complete with ten breaking bars.
PHY-HEAT-31 Joule & Watt Meter
SSI-PHY-HEAT-31
The aluminium disc rotates once for every 100 watt second and record on three digits graduated 100, 1000 and 10000 watt second per division. Mounted on a stand with input and output socket terminal .
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.