EXPERIMENT AIM To determine refractive index of a glass slab using a travelling microscope. APPARATUS AND MATERIAL REQUIRED A travelling microscope, a glass slab, lycopodium powder/chalk dust and a paper. 141414 Fig. E 14.1 Formation of image I of a point 0 in a glass slab PRINCIPLE If a glass slab is placed in air on a horizontal surface and ...
PDF TRAVELLING MICROSCOPE
Travelling Microscope consists of an ordinary compound microscope which slides along a graduated vertical pillar, attached to horizontal base resting on the leveling screws. The main scales divisions along with vernier scale divisions are marked on the horizontal base and the vertical pillar as shown in fig.3. The microscope can be moved up and
Finding Refractive Index Using Travelling Microscope For Glass Slab
A Travelling microscope is a compound microscope that is fitted on a vertical scale. It carries a vernier scale along the main scale and can be moved upward or downward. Below is an experiment to determine refractive index of a glass slab using a travelling microscope.
Contents of The Travelling Microscope
The Travelling Microscope. The sliding carriage of the traveling microscope rides on carefully machined ways, pushed by a nut under the carriage which rides on the micrometer screw. The nut must not fit tightly on the screw or it will bind; hence there is always some slack built into the mechanism. When the nut is being pulled to the right ...
The Travelling Microscope
The Travelling Microscope. The sliding carriage of the traveling microscope rides on carefully machined ways, pushed by a nut under the carriage which rides on the micrometer screw. The nut must not fit tightly on the screw or it will bind; hence there is always some slack built into the mechanism. When the nut is being pulled to the right ...
Travelling Microscope
Travelling Microscope - Free download as PDF File (.pdf), Text File (.txt) or read online for free. The document describes an experiment to determine the refractive index of a glass slab using a travelling microscope by measuring the apparent and real depths of an ink mark with and without the glass slab, calculating the refractive index as the real depth divided by the apparent depth ...
Refractive Index of a Glass Slab using a Travelling Microscope
8. On top of the P mark, place the thinnest glass slab. Raise the microscope to eye level and focus it on the cross-mark image P1. As previously, take note of the reading (R2) on the vertical scale (Step 7) Sprinkle a few lycopodium powder particles on the slab's surface. Raise the microscope even higher and concentrate it on the particle near S.
PDF ENGINEERING PHYSICS LAB MANUAL
Travelling Microscope IV. Spectrometer LIST OF EXPERIMENTS 1. Determination of Velocity of Ultrasonic waves in a given liquid using Ultrasonic Interferometer. ... experiment, they should do the calculations neatly. 8. They should complete the calculation in the lab class itself and get the signature from the staff. ...
PDF Microscope, Travelling PDF
Description. Travelling Microscope is extensively used in Research, Colleges, Schools and Industrial laboratories for accurate measurement of the diameters of different objects. Two slow motion knobs are provided for taking accurate readings. For placing objects on horizontal stage, milky cenolite sheet is provided on the base.
Along Light: A Slab Is A Piece of Transparent Rectangular
Travelling Microscope - Free download as PDF File (.pdf), Text File (.txt) or read online for free. 1. The experiment aims to determine the refractive index of a glass slab using a travelling microscope. 2. The apparatus includes three glass slabs of the same material but different thicknesses, a travelling microscope, and lycopodium powder.
PDF Experiment 6: Constructing a Microscope
The behaviour in Fig-ure 1 is observed if do > f, giving di > 0. Conversely, if do < f, then di < 0, giving the virtual image illustrated in Figure 2. Finally, if do = f, then di → ∞ to give 1/di = 0. Next, two types of magnification may be defined: the linear (or lateral) magnification, and the an-gular magnification.
Travelling Microscope: Ramgarh Engineering College
The travelling microscope consists of an ordinary compound microscope that can slide along a graduated vertical pillar attached to a horizontal base. It allows microscopic movement in both vertical and horizontal directions using fine adjustment screws. The main scale is divided into 0.5 mm divisions, while the vernier scale has 50 divisions equal to 49 main scale divisions. This gives the ...
Travelling Microscope
71953 Travelling Microscope - Free download as PDF File (.pdf), Text File (.txt) or read online for free. The document describes an experiment to determine the refractive index of a glass slab using a travelling microscope. Three glass slabs of the same material but different thicknesses are used. The apparent and real thicknesses of each slab are measured using the microscope and lycopodium ...
PDF Pparatus and Material Required Escription and Pparatus
6. Now focus the travelling microscope M on the meniscus of the water in capillary A, and move the microscope until the horizontal crosswire is tangential to the lowest point of the meniscus, which is seen inverted in M. If there is any difficulty in focussing the meniscus, hold a piece of paper
PDF CORNU'S METHOD
face of the cover plate and the upper curved surface of the beam can be views in a travelling microscope M. A plane mirror M 1 suitably arrange at about 45o to the horizontal directs the light into the microscope. Fig. 2 THEORY AND DERIVATION OF FORMULA: The experimental beam AB is bent under the action of the loads W, W hanging at both the ends.
PDF TRAVELLING MICROSCOPE TVM -02
INTRODUCTION. The bed is of a heavy casting, thoroughly aged and machined, is fitted with leveling screws. On the dovetail guide ways slides the horizontal carriage which can be clamped at any position by means of a thumbscrew. A second sliding carriage slides along a gunmetal vertical pillar fitted on the horizontal carriage. The slow motion ...
A travelling microscope is a device which measures. length with a resolution in order of 0.01mm. The. precision is such that better-qualit y instruments h ave. measuring scales made from Invar ...
PDF Course No: C2 P2: Mechanics Lab
THE TRAVELLING MICROSCOPE Aim Apparatus: Reading lens and capillary tube Description: It is a compound microscope attached to a graduated vertical pillar, which is mounted on rigid platform (Fig. 1). The platform is provided with three levelling screws. The microscope can be set with its axis either in the vertical or the horizontal position.
PDF Physics Lab II
the slit and measure its width with the help travelling microscope. v. Measure the separation between pair of object slits with the help of a travelling microscope which gives d. vi. Measure the distance between the metal plate & objective of the telescope which gives d vii. Repeat the experiment 4 or 5 times for different values of D. OBSERVATIONS
PDF Experiment
68. An experiment is performed to find the refractive index of glass using a travelling microscope. In this experiment distances are measured by (a) a screw gauge provided on the microscope (b) a vernier scale provided on the microscope (c) a standard laboratory scale (d) a meter scale provided on the microscope. 69.
To Determine The Refractive Index Using Travelling Microscope
This document describes an experiment to determine the refractive index of glass slabs using a travelling microscope. [1] A travelling microscope, glass slabs of varying thickness, lycopodium powder, and a piece of paper are needed to conduct the experiment. [2] The procedure involves using the travelling microscope to measure the real and apparent thicknesses of the glass slabs and ...
PDF 8.0 Testing Curved Surfaces and/or Lenses
8.1.1 Spherometer. A spherometer measures the sag of a surface with great precision. A common spherometer is the Aldis spherometer in which three small balls are arranged to form an equilateral triangle. In the center of the triangle there is a probe mounted on a micrometer. In use, the surface to be measured is placed on the balls, and the ...
PDF Experiments Experiment 1
The least count of this screw gauge is 0.5 mm/50 = 0.01 mm. Note that here two rotations of the circular scale make the screw to advance through a distance of 1 mm. Some screw gauge have a least count of 0.001 mm (i.e. 10-6. m) and therefore are called micrometer screw. (a) Measurement of Diameter of a Given Wire.
COMMENTS
EXPERIMENT AIM To determine refractive index of a glass slab using a travelling microscope. APPARATUS AND MATERIAL REQUIRED A travelling microscope, a glass slab, lycopodium powder/chalk dust and a paper. 141414 Fig. E 14.1 Formation of image I of a point 0 in a glass slab PRINCIPLE If a glass slab is placed in air on a horizontal surface and ...
Travelling Microscope consists of an ordinary compound microscope which slides along a graduated vertical pillar, attached to horizontal base resting on the leveling screws. The main scales divisions along with vernier scale divisions are marked on the horizontal base and the vertical pillar as shown in fig.3. The microscope can be moved up and
A Travelling microscope is a compound microscope that is fitted on a vertical scale. It carries a vernier scale along the main scale and can be moved upward or downward. Below is an experiment to determine refractive index of a glass slab using a travelling microscope.
The Travelling Microscope. The sliding carriage of the traveling microscope rides on carefully machined ways, pushed by a nut under the carriage which rides on the micrometer screw. The nut must not fit tightly on the screw or it will bind; hence there is always some slack built into the mechanism. When the nut is being pulled to the right ...
The Travelling Microscope. The sliding carriage of the traveling microscope rides on carefully machined ways, pushed by a nut under the carriage which rides on the micrometer screw. The nut must not fit tightly on the screw or it will bind; hence there is always some slack built into the mechanism. When the nut is being pulled to the right ...
Travelling Microscope - Free download as PDF File (.pdf), Text File (.txt) or read online for free. The document describes an experiment to determine the refractive index of a glass slab using a travelling microscope by measuring the apparent and real depths of an ink mark with and without the glass slab, calculating the refractive index as the real depth divided by the apparent depth ...
8. On top of the P mark, place the thinnest glass slab. Raise the microscope to eye level and focus it on the cross-mark image P1. As previously, take note of the reading (R2) on the vertical scale (Step 7) Sprinkle a few lycopodium powder particles on the slab's surface. Raise the microscope even higher and concentrate it on the particle near S.
Travelling Microscope IV. Spectrometer LIST OF EXPERIMENTS 1. Determination of Velocity of Ultrasonic waves in a given liquid using Ultrasonic Interferometer. ... experiment, they should do the calculations neatly. 8. They should complete the calculation in the lab class itself and get the signature from the staff. ...
Description. Travelling Microscope is extensively used in Research, Colleges, Schools and Industrial laboratories for accurate measurement of the diameters of different objects. Two slow motion knobs are provided for taking accurate readings. For placing objects on horizontal stage, milky cenolite sheet is provided on the base.
Travelling Microscope - Free download as PDF File (.pdf), Text File (.txt) or read online for free. 1. The experiment aims to determine the refractive index of a glass slab using a travelling microscope. 2. The apparatus includes three glass slabs of the same material but different thicknesses, a travelling microscope, and lycopodium powder.
The behaviour in Fig-ure 1 is observed if do > f, giving di > 0. Conversely, if do < f, then di < 0, giving the virtual image illustrated in Figure 2. Finally, if do = f, then di → ∞ to give 1/di = 0. Next, two types of magnification may be defined: the linear (or lateral) magnification, and the an-gular magnification.
The travelling microscope consists of an ordinary compound microscope that can slide along a graduated vertical pillar attached to a horizontal base. It allows microscopic movement in both vertical and horizontal directions using fine adjustment screws. The main scale is divided into 0.5 mm divisions, while the vernier scale has 50 divisions equal to 49 main scale divisions. This gives the ...
71953 Travelling Microscope - Free download as PDF File (.pdf), Text File (.txt) or read online for free. The document describes an experiment to determine the refractive index of a glass slab using a travelling microscope. Three glass slabs of the same material but different thicknesses are used. The apparent and real thicknesses of each slab are measured using the microscope and lycopodium ...
6. Now focus the travelling microscope M on the meniscus of the water in capillary A, and move the microscope until the horizontal crosswire is tangential to the lowest point of the meniscus, which is seen inverted in M. If there is any difficulty in focussing the meniscus, hold a piece of paper
face of the cover plate and the upper curved surface of the beam can be views in a travelling microscope M. A plane mirror M 1 suitably arrange at about 45o to the horizontal directs the light into the microscope. Fig. 2 THEORY AND DERIVATION OF FORMULA: The experimental beam AB is bent under the action of the loads W, W hanging at both the ends.
INTRODUCTION. The bed is of a heavy casting, thoroughly aged and machined, is fitted with leveling screws. On the dovetail guide ways slides the horizontal carriage which can be clamped at any position by means of a thumbscrew. A second sliding carriage slides along a gunmetal vertical pillar fitted on the horizontal carriage. The slow motion ...
A travelling microscope is a device which measures. length with a resolution in order of 0.01mm. The. precision is such that better-qualit y instruments h ave. measuring scales made from Invar ...
THE TRAVELLING MICROSCOPE Aim Apparatus: Reading lens and capillary tube Description: It is a compound microscope attached to a graduated vertical pillar, which is mounted on rigid platform (Fig. 1). The platform is provided with three levelling screws. The microscope can be set with its axis either in the vertical or the horizontal position.
the slit and measure its width with the help travelling microscope. v. Measure the separation between pair of object slits with the help of a travelling microscope which gives d. vi. Measure the distance between the metal plate & objective of the telescope which gives d vii. Repeat the experiment 4 or 5 times for different values of D. OBSERVATIONS
68. An experiment is performed to find the refractive index of glass using a travelling microscope. In this experiment distances are measured by (a) a screw gauge provided on the microscope (b) a vernier scale provided on the microscope (c) a standard laboratory scale (d) a meter scale provided on the microscope. 69.
This document describes an experiment to determine the refractive index of glass slabs using a travelling microscope. [1] A travelling microscope, glass slabs of varying thickness, lycopodium powder, and a piece of paper are needed to conduct the experiment. [2] The procedure involves using the travelling microscope to measure the real and apparent thicknesses of the glass slabs and ...
8.1.1 Spherometer. A spherometer measures the sag of a surface with great precision. A common spherometer is the Aldis spherometer in which three small balls are arranged to form an equilateral triangle. In the center of the triangle there is a probe mounted on a micrometer. In use, the surface to be measured is placed on the balls, and the ...
The least count of this screw gauge is 0.5 mm/50 = 0.01 mm. Note that here two rotations of the circular scale make the screw to advance through a distance of 1 mm. Some screw gauge have a least count of 0.001 mm (i.e. 10-6. m) and therefore are called micrometer screw. (a) Measurement of Diameter of a Given Wire.