Showing 2049–2064 of 2574 results
PHY-ELEC-12 WIND GENERATOR
SSI-PHY-ELEC-12
WIND GENERATOR Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board
PHY-ELEC-13 MINI MOTOR
SSI-PHY-ELEC-13
MINI MOTOR Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board. Operating voltage: 1.5V – 3V DC (max.) Current rating: 1A (max.)
PHY-ELEC-14 LIGHT EMITTING DIODE
SSI-PHY-ELEC-14
LIGHT EMITTING DIODE Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board. Input voltage: 5V DC (max.) Current rating: 500mA (max.)
PHY-ELEC-15 FIELD EFFECT TRANSISTOR
SSi-PHY-ELEC-15
FIELD EFFECT TRANSISTOR Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board. FET transistor: BFW10.
PHY-ELEC-16 VARIABLE CAPACITOR
SSI-PHY-ELEC-16
VARIABLE CAPACITOR Consists of two circular alluminium discs of diameter 200mm approx. used as a variable capacitor with two 4mm sockets fitted on a plastic moulded case (300x200x25) mm approx. One disc is fixed at the extreme end of the base and another one can move freely horizontally on the
PHY-ELEC-17 BIOT'S CONDUCTOR
SSI-PHY-ELEC-17
BIOT’S CONDUCTOR To show that the charge transferred to a conductor resides on the external surface of the conductor. Consist of pair of Brass hemisphere 50 mm diameter, fitted with insulating handles, hollow sphere with a hole in the centre mounted on a insulated stand.
PHY-ELEC-18 SPHERICAL METAL CONDUCTORS
SSI-PHY-ELEC-18
SPHERICAL METAL CONDUCTORS For exploring the charge distribution and charge holding capacity of the different shaped conductors and demonstrate the Gauss’ Law relating to distribution of charge and dependence of field strength near a conductor on its radius of curvature. Comprises a hollow brass conductors of different shapes mounted on
PHY-FLU-001 BOYLE'S LAW APPARATUS SIMPLE
SSI.PHY.FLU.001
It is a very simple and economical apparatus for demonstration of Boyle’s law to a fair degree of approximation. It consists of a graduated plastic syringe fixed on wooden block and a lubricated piston of the syringe mounted to another wooden platform that is capable of holding various weights. When
PHY-FLU-002 BOYLE'S LAW APPARATUS, ADVANCED
SSI.PHY.FLU.002
It is Designed for Boyle’s Law demonstration in wide pressure ranges to a group of students with adequate safety features and results can be observed even from a distance. A thick walled, wide bore glass tube with closed end at the top is mounted vertically in front of a scale
PHY-FLU-003 BOYLE'S LAW APPARATUS, LOW PRESSURE
SSI.PHY.FLU.003
It is Consists of two glass tubes – one having both ends open and the other having its upper end closed. Both the tubes are mounted on vertical support rods with the help of sliding brackets that can be positioned anywhere along the length of the rod and are connected
PHY-FLU-004 BOYLE'S MARIOTTE LAW
SSI.PHY.FLU.004
A 3 graduated (0-300) cm3 transparent cylinder has a screw type piston and is connected to a pressure gauge. The pressure inside the cylinder can be adjusted by rotating the knob connected to the piston. A gas tap allows the cylinder to communicate with the outside air to adjust the
PHY-FLU-005 BOYLE'S LAW-MARRIOT ECONOMICAL
SSI.PHY.FLU.005
Economical apparatus to demonstrate the relationship between the pressure and volume at constant temperature. A 50 ml plastic syringe is connected to a pressure gauge with a connecting tube to measure the pressure. Mounted on a plastic base.
PHY-FLU-006 CHARLES'S LAW APPARATUS
SSI.PHY.FLU.006
Comprising U-shaped glass tube of about 15mm diameter, with one plain arm 220mm long and other arm of length and 20mm with graduations from 25 to 35 × 0.2mL terminating in a bulb of dia 37mm. A third limb about 185 × 6mm is attached at right angles to the
PHY-FLU-007 BOYLE'S LAW CHARLES'S LAW APPARATUS COMBINED
SSI.PHY.FLU.007
Also called Jolly’s Apparatus. It demonstrates the relationship between pressure and temperature of a given mass of gas at fixed volume, i.e., Charle’s Law. Comprising Jolly’s Air bulb connected to a glass mercury reservoir through flexible rubber tubing. The complete apparatus mounted on a polished wooden stand with heavy cast
PHY-FLU-008 BOYLE'S LAW CHARLES' LAW APPARATUS COMBINED ON ALUMINIUM EXTRUSION
SSI.PHY.FLU.008
The complete apparatus mounted on a aluminum extrusion stand with stable rectangular base. A meter rule graduated 0-100cm × 1mm, reading in both directions, is fixed on the stand for reading the levels directly. Mercury reservoir tube mounted on vertical support rod, can be positioned anywhere along the length of
PHY-FLU-009 RED COLOURED OIL 500ML FOR BOYLE'S LAW APPARATUS, ADVANCED
SSI.PHY.FLU.009
Red Colored Oil, 500ml supplied as spare for Boyle’s Law Apparatus.