TO DETERMINE THE CO-EFFICIENT OF THERMAL LINEAR EXPANSION OF A GIVEN METAL ROD OR LINEAR EXPANSION APPARATUS

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TO DETERMINE THE CO-EFFICIENT OF THERMAL LINEAR EXPANSION OF A GIVEN METAL ROD OR LINEAR EXPANSION APPARATUS Specification

Type
Linear Expansion Apparatus

Material
Metal (Rod: Brass/Copper/Iron as available), Base: Heavy Cast Iron or Powder Coated Steel

Size
Standard Laboratory Size

Input Voltage
Not Applicable (Operated using external heat/steam supply)

Color
Body: Blue/Black; Rod: Metallic Finish

Dimension (L*W*H)
Apparatus: Approximately 55 cm x 9 cm x 15 cm

Capacity
Single Rod Testing

Water Tank Capacity
250-500 ml (typically for steam generation tube)

Noise Level
Silent Operation

Rod Diameter
0.8 cm to 1 cm (approx.)

Calibration
Factory calibrated, ready for laboratory use

Weight
Approx. 2-5 kg (varies by model and assembly)

Thermometer Range
0°C - 100°C (Provision given)

Rod Length
40 to 50 cm

Application
Physics laboratory experiments for measuring coefficient of linear expansion of metals

Measurement Scale
Vernier scale with 0.01 mm or 0.02 mm least count

Heating Method
Works with steam generated from water tank or direct heating

Accessories Included
Metal rod (usually 1-3 types), thermometer, scale, pointer, and insulation tube

End Fittings
One fixed end; one sliding end with pointer

About TO DETERMINE THE CO-EFFICIENT OF THERMAL LINEAR EXPANSION OF A GIVEN METAL ROD OR LINEAR EXPANSION APPARATUS

Discover an ineffable, must-have Linear Expansion Apparatus designed specifically to determine the co-efficient of thermal linear expansion of metal rods. This top-rated device boasts a vernier scale with unprecedented accuracy (0.01 mm or 0.02 mm least count), a robust brass/copper/iron rod, and a heavy cast iron base for silent operation and stability. Its astonishing features ensure ready-to-use calibration, comprehensive accessories, maximum durability, and ease of use-all at the lowest price. Suitable for laboratories, this apparatus sets a benchmark for unmatched measurement precision and reliability.

Ideal Solution for Physics Laboratory Experiments

Designed for rigorous laboratory environments, this apparatus is perfect for demonstrating the principles of thermal linear expansion. Suitable for educational institutions and research facilities, its versatile application media accommodates different metal rods, delivering reliable results. Used for measuring the coefficient of linear expansion, it caters to physics experiments, supporting hands-on learning and precise scientific observations with an astonishing level of accuracy.

Efficient Payment and Export Options

Streamline your purchase process with flexible payment terms. Shipment arrival estimates are promptly provided upon receipt of your purchase order, ensuring transparent timelines. We cater to the main export markets across Asia, Africa, and the Middle East. Our sample policy includes the provision of apparatus samples for evaluation before large orders, facilitating informed decisions and guaranteeing complete customer satisfaction for distributors, exporters, and traders.

FAQ's of TO DETERMINE THE CO-EFFICIENT OF THERMAL LINEAR EXPANSION OF A GIVEN METAL ROD OR LINEAR EXPANSION APPARATUS:

Q: How do you measure the coefficient of thermal linear expansion using this apparatus?

A: The apparatus utilizes a calibrated vernier scale and a thermometer to measure the expansion of a metal rod when heated, allowing you to calculate the coefficient of thermal expansion with high precision.

Q: What metals are available for testing with the linear expansion apparatus?

A: The device typically comes with brass, copper, or iron rods, enabling diverse experiments and comparisons across different metal types.

Q: When is this apparatus ready for laboratory use?

A: The apparatus is factory-calibrated and supplied with all necessary accessories, making it ready for immediate use upon arrival at your laboratory.

Q: Where is this linear expansion apparatus commonly used?

A: It is widely used in physics laboratories of educational institutions, research centers, and science laboratories for experimental demonstrations and measurements.

Q: What is the process for ordering and receiving the apparatus?

A: Simply submit a purchase order, after which arrival estimates and payment instructions will be provided. Samples can be requested before placing bulk orders.

Q: How silent is the operation of the apparatus during experiments?

A: The apparatus is engineered for silent operation, ensuring minimal noise interference during sensitive measuring procedures.

Q: What benefits does the apparatus offer to laboratory users?

A: Users benefit from its top-rated reliability, unprecedented measurement precision, robust construction, and versatile application in a variety of physics experiments.

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