| Cat 
        No. | Description | 
      
        | 782 | e/m by Short Solenoid Method. 
        Objective : To study charge of an electron 
        using Short Solenoid method.Features : Kit Comprises of Low voltage DC Power Supply Unit (P 582) 
        with filament voltage & Solenoid current controls. Two meters are 
        provided for Anode Voltage controls. One Solenoid Unit (S 582) Comprises 
        of one Solenoid mounted on Wooden stand & Valve no. 41 is kept in the 
        Solenoid pipe.
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        |  | 
      
        | 783 | e/m by Magnetic Focusing Method. 
        Objective : To study charge of an electron 
        by using Magnetic Focusing method.Features : Kit comprises of High voltage Power Supply with intensity, 
        focus, X , Y deflection & Solenoid current controls. Two meters are 
        provided for Acceleration Voltage control & for solenoid current 
        controls. One solenoid Unit (S 583) Comprises of 3" CRT mounted on Teak 
        Wood Stand & one Ring Type Solenoid slides over the CRT.
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        | 
        VERIFICATION OF NETWORK THEOREMS | 
      
        | 790 | Verification of Network Theorems 
        Objective : To verify 
        Superposition, Norton's, Thevinin's, Maximum Power Transfer Theorems.
 Features : Instrument comprises of 3 fixed output DC Regulated 
        Power Supplies of 12V 5V at 250 mA current, 4 moving coil meters, 
        Circuit diagram for all the 4 Theorems Printed on the front panel 
        connections of Supplies, Meters Resistances Potentiometers brought out 
        at 2mm Sockets.
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        | 
        VERIFICATION OF INDIVIDUAL THEOREMS | 
      
        | 791 | Verification of Superposition Theorem. 
        Features : Instrument comprises of 
        Two Fixed output DC Regulated Power Supplies of 12 V 5V at 250 mA 
        current, Three moving coil meters, Circuit diagram Printed on the front panel connections of Supplies, Meters 
        Resistances brought out at 4mm Sockets.
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        |  | 
      
        | 792 | Verification of Norton's Theorem 
        Features : Instrument comprises of 
        One Fixed output DC Regulated Power Supply of 12 V at 250 mA current, 
        Two moving coil meters, Circuit diagram Printed on the front panel 
        connections of Supplies, Meters Resistances brought  | 
      
        |  | 
      
        | 793 | Verification of Thevinin's Theorem 
        Features : Instrument comprises of 
        One Fixed output DC Regulated Power Supply of 12 V at 250mA current,Two 
        moving coil meters,Circuit diagram Printed on the front panel 
        connections of Supplies,MetersResistances brought out at 4mm Sockets.
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        |  | 
      
        | 795 | Verification of Maximum Power Transfer 
        Theorem in DC circuits 
        Features : Instrument comprises of One Fixed output DC Regulated 
        PowerSupply of 12V at 250mA current,Two moving coil meters,Circuit diagram 
        Printed on the front panel & connections of Supplies, Meters 
        Potentiometer & Resistances brought out at 4mm Sockets.
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