Projectile Apparatus

Price 100.0 INR/ Piece

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MOQ : 10 Pieces

Projectile Apparatus Specification

Usage
Projectile Apparatus

Material
wood

Feature
Highly Efficient

Accuracy
100 % %

Warranty
1 Year

Display Type
Projectile Apparatus

About Projectile Apparatus

Projectile Apparatus (Falling Body Apparatus)

This Apparatus for demonstrating the independence of horizontal and vertical velocities of bodies falling freely under the effect of gravity. The apparatus consists of a wooden block on top of which is pivoted a spring loaded L-section metal launching bar having a trigger catch. A small recess near either end of the metal bar serves to locate 19mm steel balls. Releasing the catch makes one ball drop simply vertically, while the other one is projected horizontally. Both the balls simultaneously hitting the floor substantiate the fact that the vertical velocities of both the balls are same at any instant. Supplied complete with a pair of steel balls, which may be stored in a covered recess in the wooden body.

Unmatched Precision and High Efficiency

Engineered for accuracy, our Projectile Apparatus achieves 100% measurement precision, enabling in-depth study of mechanics in the laboratory. The highly efficient construction makes every experiment smooth and repeatable, ensuring dependable results each time. Crafted from durable wood, it combines longevity with reliable operation for everyday use in educational and research settings.

Manufacturers and Exporters from India

As leading manufacturers, exporters, and suppliers based in India, we adhere to strict quality standards from design to delivery. Our Projectile Apparatus meets international expectations, making it a trusted choice for laboratories across the globe. Each unit undergoes thorough inspection and comes with a one-year warranty, reinforcing our commitment to customer satisfaction.

FAQs of Projectile Apparatus :

Q: How is the Projectile Apparatus used in laboratory settings?

A: The Projectile Apparatus is utilized to demonstrate and analyze projectile motion experiments. By launching projectiles at known angles and measuring their trajectories, students and researchers can observe principles like velocity, range, and time of flight. Its design allows for easy setup and operation during practical laboratory sessions.

Q: What materials are used to construct the Projectile Apparatus?

A: This apparatus is made primarily from high-quality wood, ensuring both durability and stability during experiments. The use of wood also provides a classic finish ideal for educational and demonstration purposes.

Q: When should the Projectile Apparatus be calibrated or checked for accuracy?

A: To maintain its 100% accuracy, it is advisable to check and calibrate the apparatus before each laboratory session, especially if it has been moved or handled frequently. Routine checks are essential for consistent experimental results.

Q: Where can the Projectile Apparatus be used effectively?

A: This equipment is best suited for physics laboratories in schools, colleges, and universities. It is also valuable for research facilities requiring precise projectile motion analysis in a controlled environment.

Q: What is the process for conducting an experiment with the Projectile Apparatus?

A: Begin by setting the apparatus on a stable surface, and adjust the launching mechanism to the desired angle. Place the projectile and initiate the launch, noting the projectiles range and height. Record observations for subsequent analysis of motion equations.

Q: How does the 1-year warranty benefit users of the apparatus?

A: The one-year warranty assures users of protection against manufacturing defects or performance issues. It provides peace of mind, ensuring prompt support or replacement if necessary within the warranty period.

Q: What are the unique benefits of this Projectile Apparatus for laboratories?

A: With its high efficiency, exceptional accuracy, and durable wooden construction, this apparatus delivers reliable, repeatable results. Its design simplifies experimental procedures and enhances understanding of fundamental physics concepts.

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