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Showing 1–16 of 72 results
PHY-ELA-05 YOUNG'S MODULUS APPARATUS, STEEL WIRE
SSI-PHY-ELA-05
YOUNG’S MODULUS APPARATUS, STEEL WIRE Steel Wire for use with Young’s modulus apparatus, for use as comparison or experimental wire. Available in diameters 18 to 28 SWG (any gauge).
PHY-ELA-06 YOUNG'S MODULUS APPARATUS, SEARLE'S TYPE
SSI-PHY-ELA-06
YOUNG’S MODULUS APPARATUS, SEARLE’S TYPE Young’S Modulus Apparatus, Searle’S Type, Brass Frame, Two cast metal rectangular frames hinged together parallel to each other to allow only vertical relative motion, with a spirit level fixed on a cross-bar pivoted across the frames for noting the reference point. One frame has vertical
PHY-ELA-07 YOUNG’S MODULUS APPARATUS, SEARLE'S TYPE
SSI-PHY-ELA-07
YOUNG’S MODULUS APPARATUS, SEARLE’S TYPE Young’s Modulus Apparatus, Searle’s Type, Aluminum Frame, Two cast metal rectangular frames hinged together parallel to each other to allow only vertical relative motion, with a spirit level fixed on a cross-bar pivoted across the frames for noting the reference point. One frame has vertical
PHY-ELA-08 STRAIN GAUGE
SSI-PHY-ELA-08
STRAIN GAUGE Demonstrates the functioning of Strain gauge sensor. Strain generated on hanging slotted weights on the extreme end of the metallic strip can be observed by using this instrument on interfacing it with instrumentation amplifier. A foil strain gauge is bonded on a spring steel strip mounted on an
PHY-ELA-09 YOUNG'S MODULUS APPARATUS, ECONOMICAL
SSI-PHY-ELA-09
YOUNG’S MODULUS APPARATUS, ECONOMICAL Useful for studying the relationship between load applied to a wire and resulting extension (Young’s modulus of elasticity). Can also be used for comparing elastic moduli of two different wires. Two thick sheet metal strips with clamping screws at the top for wires and metal hooks
PHY-ELA-10 HOOK'S LAW
SSI-PHY-ELA-10
HOOK’S LAW For demonstrating hooke’s law. Consists of rod mounted vertically on a stable base with a steel scale graduated 0-30cm x 1mm and provision for its height adjustment. An integrated mass hanger and pointer is attached to the lower end of the spring. Loading the hanger produces extension in
PHY-ELA-11 HOOKE'S LAW APPARATUS,SS SCALE
SSI-PHY-ELA-11
HOOKE’S LAW APPARATUS,SS SCALE For demonstrating hooke’s law. Consists of rod mounted vertically on a stable base with a steel scale graduated 0-15cm x 1mm and provision for its height adjustment. An integrated mass hanger and pointer is attached to the lower end of the spring. Loading the hanger produces
PHY-HEAT-01 CONDUCTIVITY APPARATUS INGEN HAUSZ'S
SSI-PHY-HEAT-01
Five rods, one each of aluminium, brass, copper, zinc and iron, embedded along one side of a metal tank, size 150 x 90 x 100mm. Rates of melting compared by placing wax on the ends of the different rods thus demonstrates rates of conductivity in the different metals.
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PHY-HEAT-05 JOULES CALORIMETER COPPER
SSI-PHY-HEAT-05
Double vessel calorimeter with inner smaller vessel of size 75×50mm (height × diameter) positioned inside another copper vessel of size 100×75mm (height × diameter) and is surrounded completely with felt except on top to provide adequate thermal insulation. The vessels have a bakelite lid for thermal insulation at the top
PHY-HEAT-06 CALORIMETER SET ALL COPPER
SSI-PHY-HEAT-06
Double vessel calorimeter with inner smaller vessel of size 75×50mm (height × diameter) positioned inside another copper vessel of size 100×75mm (height × diameter) and is surrounded completely with felt except on top to provide adequate thermal insulation. The vessels have a copper lid at the top and a hole
PHY-HEAT-07 CALORIMETER STIRRER COPPER
SSI-PHY-HEAT-07
Used for stirring the contents of the calorimeter to ensure uniform mixing for proper heat exchange. Made of metal wire of 1.5mm diameter, with insulated plastic handle at upper end and circular loop at bottom.
PHY-HEAT-10 JOULES COLORIMETER ALUMINIUM
SSI-PHY-HEAT-10
Double vessel calorimeter with inner smaller vessel of size 75×50mm (height × diameter) positioned inside another Aluminium vessel of size 100×75mm (height × diameter) and is surrounded completely with felt except on top to provide adequate thermal insulation. The vessels have a bakelite lid for thermal insulation at the top
PHY-HEAT-11 CALORIMETER STIRRER ALUMINIUM
SSI-PHY-HEAT-11
Used for stirring the contents of the calorimeter to ensure uniform mixing for proper heat exchange. Made of metal wire of 1.5mm diameter, with insulated plastic handle at upper end and circular loop at bottom.
Material type : Aluminium
PHY-HEAT-12 STEAM GENERATOR SET
SSI-PHY-HEAT-12
Useful for experiments involving heating by means of steam or where continuous source of steam is needed. Made of heavy gauge aluminium sheet to provide sturdiness and durability for withstanding high boiling pressures, with riffled nozzle for steam outlet. Consists of boiler assembly, two rubber stoppers – one solid and
PHY-HEAT-13 STEAM BOILER COPPER
SSI-PHY-HEAT-13
Steam Generator with a 1.5L capacity, made from quality copper. General use for a this steam generator is for creating high pressure and gas for physics and chemistry such as thermal expansion (linear rod expansion) type experiments. 9.5" long, 4.75" base diameter, top opening of 1.25", small spout of 1.5"