Engines & Heat Physics Labware
Showing 31–45 of 50 results
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Engines & Heat Physics Labware
Dulong and Petit Apparatus
Consists of columns surrounded by a glass jacket closed by rubber bungs & fitted with inlet & outlet tubes for steam & cold water respectively.
The lower ends of the tubes are bent & are connected horizontally. The upper open ends of the vertical limbs are bent so as to be placed side by side against a silvered glass scale 0-12 cm figured every 2 cm. The whole apparatus is mounted on a wooden stand by means of spring clips. All the glass parts are easily removable, used in determination of coefficient of absolute expansion of mercury.
SKU: n/a -
Engines & Heat Physics Labware
Expansion Apparatus
It comprises two cast iron uprights vertical pillars height approx 180 mm linked by rods, supporting an expansion bar, length 380 mm, fixed to one upright and resting on a friction pointer at the other with scale, supplied with one each aluminium; iron and brass expansion bars.
SKU: n/a -
Engines & Heat Physics Labware
Expansion Apparatus Gunter
Comprising two cast end pieces, joined by three nickel-plated rods, caring two sliding V-supports for a glass jacket with inlet and outlet tubes.
One end-piece fitted with spherometer reading to 0.005 mm, and the other with contact screw.
The glass jacket enclosed both a brass and a copper rod each 500 x 7 mm length x diameter, fitted through corks , a half turn of the jacket changing rod in contact with the spherometer.
A thermometer can be attached to be either of the rods by rubber bands. Brass terminals are fitted to the apparatus so that an electrical circuit can be made through either rods, to indicate the moment of contact of centre tube and spherometer.
Supplied with 3 metal rods one each of copper, brass and iron.SKU: n/a -
Engines & Heat Physics Labware
Expansion Apparatus Linear
Used to determine the coefficient of expansion of different metals.
The rod to be tested is placed inside a tube that has both an inlet and outlet for steam. A thermometer monitors temperature change. A bell or galvanometer is used to gauge the exact point of contact of the micrometer for precise measurement. Provided with 3 Rods–Iron, Copper and Brass.
SKU: n/a -
Engines & Heat Physics Labware
Expansion of Liquids Apparatus
To show difference in expansion of various liquids over the same temperature range.
It comprises 5 glass graduated capillary tubes of equal bore and bulbs at the bottom, mounted on a support frame with metal trough for immersion of bulbs in hot water in it.SKU: n/a -
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Engines & Heat Physics Labware
Hopes Apparatus
To show that water has a maximum density at 4 degrees Celsius..
Consists of a sheet metal cylinder with two tubes in the upper and lower regions for inserting thermometers through rubber stoppers. Mounted on a base and encircled midway by an outer trough for holding a mixture of ice and salt. Temperature of the water is measured at the top and bottom of the inner cylindrical vessel over a period as the water-cools.SKU: n/a -
Engines & Heat Physics Labware
Hypsometer Copper
For the determination of the upper fixed points of thermometers and boiling points at barometric pressures other than atmospheric. Double walled copper cylinder 34 x 6 cm height x outer dia mounted on steam boiler.
Fitted with thermometer tubulure at the top, side outlet draining tube and glass manometer mounted in tubulure with rubber bungs.
SKU: n/a -
Engines & Heat Physics Labware
Sectional Model of Steam Engine
The engine model comprises a section cut metal cylinder covered with transparent acrylic plate to observe the working parts -piston, valves, link motion and reversing methods.
The movement of wheel is very light to demonstrate the working even by blowing through mouth. Mounted on a moulded metal base.
SKU: n/a