Elasticity of Materials
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Elasticity of Materials, Physics
Greek Waiter’s Tray
Catalogue No: 1040025
The waiters in Greek cafes are famous for their dexterity as they swing heavily loaded trays between tables without spill. This sturdy device illustrates this principle of rotational dynamics in a way that will amaze your class. Place a clear container of colored water on the platform of the tray and start swinging from side to side. With practice, you should be able to swing in wide circles and even upside down. The container stays put because the net force acting on it is always directed radially, toward the center. This pins the container to the tray along with its contents. Our durable wood tray doubles as a laboratory support stand and can be clamped vertically or horizontally. It includes an attached pendulum and instructions. If you add magnets to the base (not included), you can also use the pendulum to demonstrate chaotic motion.
* Greek Waiter’s TrayPack of (Pcs): 1
SKU: 1040025 -
Elasticity of Materials, Physics
Hookes Law Apparatus, SS Scale
Catalogue No: 1040060/2
To study the relationship between load applied and elougation produced in a spring and other related activities. It consists of a vertical metal rod carrying a stainless steel scale, 0-15cm with a provision for adjusting the scale position. A close wound spring is suspended from the top and has an integrated 20g mass hanger piointer attached to its lower end. Mounted on a stable base. Also included are 5 nos. slotted masses of 20g each.
* Mounted on rectangular metal base with scale laser engraved on SS Sheet.Pack of (Set): 1
SKU: 1040060/2 -
Elasticity of Materials, Physics
Hookes Law Apparatus, SS Scale
Catalogue No: 1040060/1
To study the relationship between load applied and elougation produced in a spring and other related activities. It consists of a vertical metal rod carrying a stainless steel scale, 0-15cm with a provision for adjusting the scale position. A close wound spring is suspended from the top and has an integrated 20g mass hanger piointer attached to its lower end. Mounted on a stable base. Also included are 5 nos. slotted masses of 20g each.
* Mounted on round base with adjustable collar at the top and SS scale fixed on plastic strip.Pack of (Set): 1
SKU: 1040060/1 -
Elasticity of Materials, Physics
Inertia Balance, Deluxe
Catalogue No: 1040040
Designed to study the concept of inertial mass and gravitational mass. Comprises two heavy platforms made of square metal rods and metal sheet, joined together by means of spring steel strips about 300mm apart. One of the platforms has three holes for suspending upto three cylindrical masses. Can be clamped to the bench top using G Clamp. Includes three cylindrical masses, a G Clamp and a nylon cord.
* Inertia Balance, DeluxePack of (Set): 1
SKU: 1040040 -
Elasticity of Materials, Physics
Strain Gauge
Catalogue No: 1040105
Demonstrates the functioning of Strain gauge sensor. Strain generated on hanging slotted weights at the extreme end of the metallic strip can be observed by using this instrument by interfacing it with instrumentation amplifier. A foil strain gauge is bonded on a spring steel strip mounted on an Aluminum panel.
* Strain GaugePack of (Pcs): 1
SKU: 1040105 -
Elasticity of Materials, Physics
Strip Tester
Catalogue No: 1040170
To study the stress-strain behaviour and breaking of their strip type common materials such as plastic films, papers carry bag handles etc. Provided with a pair of clamps of moulded plastic for holding the their strips between them. Both the clamps have holes for suspending it through a laboratory stand and for loading using hooked masses. Supplied without laboratory stand and masses.
* Strip TesterPack of (Pcs): 10
SKU: 1040170 -
Elasticity of Materials, Physics
Torsion Apparatus
Catalogue No: 1040210
A metal wire is suspended from a circular and has a provision of inducing torsional stress at its lower end. Studying the strain produced due to torsional stress helps in determining the torsional confficient of metal wire for static as well as dynamic loading. Mounted on a stable base.
* Torsion ApparatusPack of (Pcs): 1
SKU: 1040210 -
Elasticity of Materials, Physics
Wire Holding Metal Chucks
Catalogue No: 1040165/1
For holding metal wires securely in the grip. Self centering chuck has two slots orthogonal to each other forming four jaws, which hold the wire at their center and tighten through a threaded sleeve.
* Wire Holding Chuck, Simple : For wires upto 1.2mm diameter.Pack of (Pcs): 1
SKU: 1040165/1 -
Elasticity of Materials, Physics
Wire Holding Metal Chucks
Catalogue No: 1040165/2
For holding metal wires securely in the grip. Self centering chuck has two slots orthogonal to each other forming four jaws, which hold the wire at their center and tighten through a threaded sleeve.
* Wire Holding Chuck, Universal : Plated metal. Double ended chuck and one for wires upto 1.2mm while other for thicker wires. Comes with a push fit head at the top for mounting.Pack of (Pcs): 1
SKU: 1040165/2 -
Elasticity of Materials, Physics
Young’s Modulus Apparatu, Economical
Catalogue No: 1040100
Useful for studying the relationship between load applied to a wire and resulting extension (Young’s modulus of elasticity). Can also be used for comparing elastic moduli of two different wires. Two thick sheet metal strips with clamping screws at the top for wires and metal hooks for the loading masses at the bottom, are mounted in a rectangular plate, parallel to each other. The plate has a scale 0-40 x 1mm along with a movable Vernier of LC 0.1mm, attached to one of the metal strips. Supplied complete with a tension weight and a set of two wires and 1 each of brass 26 SWG and steel 24 SWG.
* Young’s Modulus Apparatus, EconomicalPack of (Set): 1
SKU: 1040100 -
Elasticity of Materials, Physics
Young’s Modulus Apparatu, Searle’s Type
Catalogue No: 1040120/1
A specially designed apparatus capable of greater degree of sensitivity and accuracy. Two cast metal rectangular frames hinged together parallel to each other to allow only vertical relative motion, with a spirit level fixed on a cross-bar pivoted across the frames to note the reference point. One frame has vertical scale 10-0-10mm with a micrometer head reading to 0.01mm for adjusting the spirit level. Each frame has a self-centering chuck at its top for holding wires and load hooks at the bottom. Also includes a counterpoise weight and a set of two wires (one each of brass and steel).
* Cast Iron FramePack of (Set): 1
SKU: 1040120/1 -
Elasticity of Materials, Physics
Young’s Modulus Apparatu, Searle’s Type
Catalogue No: 1040120/2
A specially designed apparatus capable of greater degree of sensitivity and accuracy. Two cast metal rectangular frames hinged together parallel to each other to allow only vertical relative motion, with a spirit level fixed on a cross-bar pivoted across the frames for noting the reference point. One frame has vertical scale 10-0-10mm with a micrometer head reading to 0.01mm for adjusting the spirit level. Each frame has a self-centering chuck at its top for holding wires and load hooks at the bottom. Also included ceiling bracket, a counterpoise weight and a set of two wires, one each of brass and steel. The relative displacement between the two frames can be known from the micrometer reading after adjusting the bubble spirit level.
* Aluminum FramePack of (Set): 1
SKU: 1040120/2 -
Elasticity of Materials, Physics
Young’s Modulus Apparatus, Simplified
Catalogue No: 1040140
Simplified design on the basis of Searle’s pattern. Having square rods joined together through a phosphor bronze strip instead of metal frame. One of the rod has 10-0-10 scale with a 0.01mm micrometer head for adjusting the spirit level. Rods have self-centering chuck at its top for holding wires and load hooks at the bottom. Includes counterpoise weight and a set of two wires (one each of brass 28 SWG and steel 28 SWG).
* Young’s Modulus Apparatus, SimplifiedPack of (Set): 1
SKU: 1040140
