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Practical Physics BSc MSc

A |B |C |D |E |F |G |H |I |J |K |L |M |N |O |P |Q |R |S |T |U |V |W |Y |Z |
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | [ Next»] |
 

A Mechanics BSc Exp 001 Moment of Inertia Practical Setup

APP-2301-001

BSc Practical-To determine the moment of inertia of an irregular body, about an axis passing through its centre of gravity and perpendicular to its plane by dynamical method (Inertia table). :

Apparatus Required : Inertia table, irregular body whose moment of inertia is to be determined regular body whose moment of inertia can be calculated by measuring irs dimensions and mass,

Digital stop watch, spirit level 75mm-and vernier callipers

Optional Apparatus-physical balance with weight box 100gm with fractional


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 002 Flywheel experiment setup

APP-2301-002

BSc Practical To determine the moment of inertia of a flywheel about its own axid of rotation. :

Apparatus Required : Fly Wheel with counter , meter scale,

vernier callipers,Digital stop watch,

set of weights and a pan


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 003A Maxwell Needle Inertia Practical

APP-2301-003A

BSc Practical-To study the variation of moment of inertia of a system with the variation in the distribution of mass and hence to verify the theorem of parallel axes.

Apparatus Required : Maxwell's Needle apparatus with solid cylinders only-two similar weights with stand and split chuck attached holder to hang it horizontally by means of wire,and

a Digital stop watch and a scale


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 003B Determination of C, couple per unit twist of the suspension wire.

APP-2301-003B

Additional Experiment. (i) Determination of C, couple per unit twist of the suspension wire. (ii) Determination of Is, moment of inertia of the suspended system and I0, the moment of inertia of the system with two added masses at x = 0, about an axis passing through the suspension wire

Apparatus Required :

Maxwell's Needle apparatus with solid cylinders only

and a stop watch digital

a stand base clamp to suspend it horizontally by means of wire,

and a meter scale


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 004 To study the variation of T with l for a compound pendulum (Bar pendulum)

APP-2301-004

To study the variation of T with l for a compound pendulum (Bar pendulum) and then to determine (i) the value of acceleration due to gravity (g) in the laboratory, (ii) position of centre of gravity of the bar, and (iii) the radius of gyration (K) of the bar about an axis passing through C.G. and perpendicular to its length.

Apparatus Required : Bar Pendulum, stop watch digital, knife edges fixed to a rigid supports and meter scale


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 005 Katers reversible pendulum

APP-2301-005

BSc Practical-To determine the value of acceleration due to gravity at a place by means of Kater,s reversible pendulum.
Apparatus Required : Kater's Pendulum,and sharp knife edges
stand with three legs and top cast iron part with glass
Digital stop watch


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 006 To determine the (i) coefficient of damping K, (ii) relaxation time t, and (iii) the quality factor Q fo a damped simple harmonic motion using a simple pendulum

APP-2301-006

To determine the (i) coefficient of damping K, (ii) relaxation time t, and (iii) the quality factor Q fo a damped simple harmonic motion using a simple pendulum.

Apparatus Required : A long simple pendulum with brass bob and two extra bobs on of aluminium and the other of wood of the same mass or of the same diameter as that of brass, meter scale and a stop watch digital.


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 007 To study simple harmonic underdamped oscillations and to calculate (i) time period T of oscillation, (ii) angular frequency

APP-2301-007

To study simple harmonic underdamped oscillations and to calculate (i) time period T of oscillation,(ii) angular frequency(iii) relaxation time t and (iv) the quality factor Q of the oscillations.

Apparatus Required : A long (nearly 1.5 meter) wooden bar like meter scale, 2 to 3 meter long suspension wiire, two dampers (thin semicircular aluminium plate of nearly 0.10 m radius) two 0.10 kg weights and a stopwatch digital


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 008 To study the oscillation in a bifilar suspension arrangement and to verify

APP-2301-008

To study the oscillation in a bifilar suspension arrangement and to verify that t1or while other things remaining the same.

Apparatus Required : Bifilar suspension arrangement, two equal weights and a stop watch digital


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 009 To measure the coupling factor, Cc, between pendulums and study its dependence on different parameters

APP-2301-009

To measure the coupling factor, Cc, between pendulums and study its dependence on different parameters.

Apparatus Required :

Two rigid pendulum identical in all respects including the placement

of their sliding massess,

coupling devic and Lissajous figure device,

stop watch digital


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 010 To determine the Young's modulus of the material of a given beam supported on two knife-edges and loaded at the middle point, using

APP-2301-010

To determine the Young’s modulus of the material of a given beam supported on two knife-edges and loaded at the middle point, using :
Apparatus Required :

The bending beam with knife edge , spherometer,

slotted weight 500gm set gm wts a hanger,

Vernier Callipers, Meter Scale Leclanche-or dry cell,

plug key and a shunted galvanometer or bulb


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 010A To determine the Young's modulus of the material of a given beam supported on two knife-edges and loaded at the middle point, using

APP-2301-010A

Spherometer arrangement


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 010B To determine the Young's modulus of the material of a given beam supported on two knife-edges and loaded at the middle point, using

APP-2301-010B

Koenig’s arrangement


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 011 To determine the value of modulus of rigidity of material of a given wire by a dynamical method using Maxwell's needle

APP-2301-011

To determine the value of modulus of rigidity of material of a given wire by a dynamical method using Maxwell’s needle. :

Apparatus Required : Maxwell's needle, screw gauge, given wire, meter scale, stop watch digital, physical balance and weight box


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 012 To determine the modulus of rigidity of the material of wire with the help of a torsional pendulum.

APP-2301-012

To determine the modulus of rigidity of the material of wire with the help of a torsional pendulum. :

Apparatus Required : Experimental wire, screw gauge, meter scale, stop watch digital , a heavy sphere and vernier callipers


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 012A Determination of rigidity by using inertia table.

APP-2301-012A

To determine the modulus of rigidity of the material of wire with the help of a torsional pendulum. :

Apparatus Required : Experimental wire, screw gauge, meter scale, stop watch digital , a heavy sphere and vernier callipers


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 013 To determine the modulus of rigidity of the material of a wire by statical method using Barton's apparatus

APP-2301-013

To determine the modulus of rigidity of the material of a wire by statical method using Barton’s apparatus. :

Apparatus Required : Barton's Apparatus, half meter and slotted weight gm. Wts , screw gauge, vernier callipers and meter scale


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 014 To determine the modulus of rigidity of a wire by statical method using horizontal pattern of apparatus

APP-2301-014

To determine the modulus of rigidity of a wire by statical method using horizontal pattern of apparatus.

Apparatus Required : Horizontal pattern of the apparatus (Barton's) set 1/2 k gm weights, screw gauge and meter scale


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 015 To determine Young's modulus, modulus of rigidity and Poisson's ratio of a given wire b Searle's dynamical method.

APP-2301-015

To determine Young’s modulus, modulus of rigidity and Poisson’s ratio of a given wire b Searle’s dynamical method. :

Apparatus Required : Two identical bars, given wire, stop watch digital, screw gauge, vernier callipers, balance, candle and match box


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 016 To determine Poisson's ratio of rubber

APP-2301-016

To determine Poisson’s ratio of rubber.

Apparatus Required : Rubber tube, meter scale, small pointer,

slotted weights, hanger, burette and rubber stopper


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 017 To determine the restoring force per unit extension of a spiral spring by statical and dynamical methods and also to determine the mass of the spring

APP-2301-017

To determine the restoring force per unit extension of a spiral spring by statical and dynamical methods and also to determine the mass of the spring.

Apparatus Required : A spiral spring, half-a-kilogram weights, scale pan, pointer and stop watch digital


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 018 To study the oscillations of a rubber band and a spring

APP-2301-018

To study the oscillations of a rubber band and a spring.

Apparatus Required : Rubber bands (Cycle tube), a pan, mounting arrangement, weights of 50 gm, stop watch digital and spring


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 019 To determine the surface tension of a liquid by a capillary rise method

APP-2301-019

To determine the surface tension of a liquid by a capillary rise method.

Apparatus Required : Capillary tube rise slow motion stand vertical supporting stand, petridish capillary set three typen, Optional travelling microscope,


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 020 To determine the surface tension of a liquid (water) by Jaeger's method

APP-2301-020

To determine the surface tension of a liquid (water) by Jaeger’s method. Jaeger's apparatus , travelling microscope, scale , beaker, capillary Jets and thermometer


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 021 To determine the surface tension of water by Searle's apparatus.

APP-2301-021

To determine the surface tension of water by Searle’s apparatus.

Apparatus Required : Searle's Apparatus surafe tenston cappilar mathodm, , a petri dish, screw gauge, thermometer and clip holder for capillary


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 022 To determine the surface tension of a liquid (water) by Ripple's method

APP-2301-022

To determine the surface tension of a liquid (water) by Ripple’s method.

Apparatus Required :

A set of electrically maintaned tunning forks Battery eliminator , Key,Induction Coil, Scale to measure wavelength


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 023 To determine the surface tension of a liquid by Ferguson method

APP-2301-023

To determine the surface tension of a liquid by Ferguson method

Apparatus Required : Ferguson apparatus, clen glass tube with a small capillary portion (if not fitted with the apparatus) lamp and travelling microscope


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 024 To determine the coefficient of viscosity of water by Poiseuille's method.

APP-2301-024

To determine the coefficient of viscosity of water by Poiseuille’s method.

Apparatus Required : A Capillary tube of uniform bore and a constant level reservoir fitted on a board, a manometer, travelling microscope, stop watch digital and graduated jar


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 025 To determine the coefficient of viscosity by rotating cylinder method.

APP-2301-025

To determine the coefficient of viscosity by rotating cylinder method. :

Apparatus Required : Rotating Cylinder arrangment, stop watch digital, meter scale amd water


Price : Rs 0 eachSend Enquiry
 
   
   
 

A Mechanics BSc Exp 026 To determine the coefficient of viscosity of a liquid (e.g., glycerine or castor oil) by Stoke's method

APP-2301-026

To determine the coefficient of viscosity of a liquid (e.g., glycerine or castor oil) by Stoke’s method.

Apparatus Required : Stoke's Viscometer (Failing sphere viscometer), experimental liquid, steel balls of different sizes, stop watch digital, screw gauge, thermometer and meter scale


Price : Rs 0 eachSend Enquiry
 
   
   
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