Showing 2113–2128 of 2574 results
PHY-HEAT-19.2 CONVECTION TUBE
SSI-PHY-HEAT-19.2
This is a glass tube that is bent into a square shape with a funnel-shaped opening on one side. The tube is filled with water and a pinch of potassium permanganate or a drop of food coloring is added to the opening. The tube is then heated in the corner
PHY-HEAT-20 SET OF SPECIFIC HEAT CYLINDER EQUAL IN MASS
SSI-PHY-HEAT-20
These cylinder of different materials used to compare the density and other physical properties, equal in mass 100 g each.
i. Aluminum
ii. Brass
iii. Copper
iv. Iron
v. Lead
vi. Zinc
Can be supplied individually and a set.
PHY-HEAT-21 SET OF SPECIFIC HEAT CYLINDERS EQUAL IN SIZE
SSI-PHY-HEAT-21
These cylinder of different materials used to compare the density and other physical properties, equal in size 30 × 10mm (height × diameter)
i. Aluminum
ii. Brass
iii. Copper
iv. Iron
v. Lead
vi. Zinc
Can be supplied individually and a set.
PHY-HEAT-22 VENTILATION APPARATUS
SSI-PHY-HEAT-22
Comprising metal box, 220x100x165mm. length x width x height, with sliding front, two glass chimney, standing over tubulure at top of box, candle holder fixed top the base of box beneath the left hand chimney. Without candle.
PHY-HEAT-23 LESLIE CUBE COPPER
SSI-PHY-HEAT-23
Copper plate box with 100mm sides. The top opening is of 15mm diameter and is fitted with a stopper. The apparatus is filled with water maintained at boiling point by a low bunsen flame. Infra-red sensors may be used to compare the relative radiant heat output from each of the
PHY-HEAT-24 LESLIE CUBE TIN
SSI-PHY-HEAT-24
Tin plate box with 100mm sides. The top opening is of 15mm diameter and is fitted with a stopper. The apparatus is filled with water maintained at boiling point by a low Bunsen flame. Infra-red sensors may be used to compare the relative radiant heat output from each of the
PHY-HEAT-25.1 Ring & Ball
SSI-PHY-HEAT-25.1
An apparatus for demonstrating thermal expansion, comprising a captive brass ball secured to a mounted brass ring by a chain and Ring mounted on rod on the same hander. The ball passes through the ring when cold but will not pass through after being heated.
Ball diameter 13 mm
PHY-HEAT-25.2 Ring & Ball
SSI-PHY-HEAT-25.2
An apparatus for demonstrating thermal expansion, comprising a captive brass ball secured to a mounted brass ring by a chain and Ring mounted on rod on the same hander. The ball passes through the ring when cold but will not pass through after being heated.
Ball diameter 22 mm
PHY-HEAT-25.3 Ring & Ball
SSI-PHY-HEAT-25.3
An apparatus for demonstrating thermal expansion, comprising a captive brass ball secured to a mounted brass ring by a chain and Ring mounted on rod on the same hander. The ball passes through the ring when cold but will not pass through after being heated.
Ball diameter 25 mm
PHY-HEAT-26.1 Ring and Ball mounted on a separated handle
SSI-PHY-HEAT-26.1
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. :
Ball diameter 13 mm
PHY-HEAT-26.2 Ring and Ball mounted on a separated handle
SSI-PHY-HEAT-26.2
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. :
Ball diameter 22 mm
PHY-HEAT-26.3 Ring and Ball mounted on a separated handle
SSI-PHY-HEAT-26.3
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. :
Ball diameter 25 mm
PHY-HEAT-27.1 Ring and Ball with chain mounted on a separated handle
SSI-PHY-HEAT-27.1
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.
Ball diameter 13 mm
PHY-HEAT-27.2 Ring and Ball with chain mounted on a separated handle
SSI-PHY-HEAT-27.2
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.
Ball diameter 22 mm
PHY-HEAT-27.3 Ring and Ball with chain mounted on a separated handle
SSI-PHY-HEAT-27.3
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.
Ball diameter 25 mm
PHY-HEAT-28.1 Ring and Ball with chain mounted on separate stand
SSI-PHY-HEAT-28.1
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 13 mm