Product Description
With a glass U tube with a bulb and tap at the upper end of one limb and other limb open. From the bottom of the U is an outlet tube which passes through a bung and terminates in a tap. The stem below the bulb is graduated 3 x 0.1 ml, an inlet tube with Mohr clip also passes through the bung. The glass water jacket encloses the U tube. All glass parts made of borosilicate glass required only 20 ml mercury. Without mercuryClear, Accurate Measurements for Gas Law ExperimentsThe apparatus features a transparent borosilicate glass tube marked with clear, easy-to-read graduations, delivering precise measurements for studying Charles's Law. The manual control enables students to carefully monitor changes, enhancing the learning experience.
Robust and Student-Friendly DesignCrafted with a powder-coated metal stand and secure rubber stoppers, the apparatus stands up to repeated educational use. Its detachable stand and easy-to-clean components make it ideal for classroom settings, ensuring hassle-free maintenance and storage.
Versatile Compatibility with Laboratory SetupsThis Charles's Law Apparatus is compatible with standard laboratory water baths for heating up to 100C, making it easy to conduct controlled temperature experiments. Its bench-top mounting simplifies integration into existing lab environments.
FAQ's of CHARLEaS LAW APPARATUS:
Q: How do I set up and use the Charles's Law Apparatus for a laboratory experiment?
A: To set up, secure the transparent borosilicate glass tube onto the powder-coated metal stand using the rubber stopper. Fill the tube with gas, ensuring it does not exceed the 50 ml mark, and submerge it in an external water bath. Adjust the water bath temperature manually to observe gas volume changes and record results via the easy-to-read graduations.
Q: What is the main educational benefit of this apparatus in the physics lab?
A: This apparatus provides a hands-on demonstration of Charles's Law by illustrating the relationship between gas volume and temperature. Its precise graduation and reliable construction make it an excellent teaching tool for reinforcing gas law concepts through practical experiments.
Q: When should an external water bath be used with the Charles's Law Apparatus?
A: An external water bath is required when varying the temperature of the gas inside the tube. This setup allows for controlled heating up to 100C, facilitating accurate observation of how gas volume changes with temperature as stipulated by Charles's Law.
Q: Where can this apparatus be integrated in an educational setting?
A: The Charles's Law Apparatus is designed for bench-top use in physics laboratories across schools, colleges, and universities. Its sturdy construction and easy-to-clean parts make it suitable for repeated use in classroom demonstrations and student experiments.
Q: What materials are used in the construction of the Charles's Law Apparatus?
A: The apparatus comprises a borosilicate glass tube for high temperature resistance, a powder-coated metal stand for durability, and rubber stoppers for a secure, leak-proof fit. These materials ensure safety and reliability during laboratory use.
Q: What is the process for cleaning and maintaining this lab equipment?
A: After use, detach the stand and remove the glass tube. Clean the tube with laboratory glassware cleaner and rinse thoroughly. Wipe down the metal stand and rubber components with a damp cloth. Allow all parts to dry completely before reassembling for storage or next use.
Q: What are the usage limitations regarding tube capacity and temperature?
A: The graduated glass tube has a maximum capacity of 50 ml and is resistant to temperatures up to 100C. To ensure accuracy and longevity of the apparatus, avoid exceeding these limits during experiments.