Product Description
INCLINED PLANE
Inclined wood plane 600 x 75 mm with pulley at one end, the other being hinged to wood base. A metal linear scale is fixed to edge of plane and a vertical, linear and an angular 0-45° scale is fixed to base, with a clamp which also serves as an index. Supplied with metal roller 75 x 25 mm length x dia a wooden block and a scale pan with cordAdjustable for Accurate DemonstrationsThis inclined plane features a manual, graduated protractor allowing the angle to be set between 0 and 45. The portable, table-top design includes a robust rectangular base with anti-slip pads, ensuring stability during experiments. Its smooth low-friction surface is crafted from polished hardwood or smooth plastic, making it ideal for repeatable demonstrations in physics education.
Complete Lab-Ready KitEach unit arrives with essential accessories-a pulley, wooden block, and pan-enabling studies of gravity, friction, and mechanical advantage. Designed for ease of use, maintenance is minimal, and cleaning can be performed simply with a damp cloth. The apparatus is suitable for students at all levels, including schools and higher education institutions.
Meets Educational Standards in IndiaManufactured to comply with established educational laboratory standards in India, this inclined plane supports curriculum needs in mechanics and simple machines. It is available via multiple channels including distributors, exporters, manufacturers, suppliers, and traders, making it accessible to institutions and lab educators nationwide.
FAQ's of INCLINED PLANE:
Q: How do you adjust the angle of the inclined plane for experiments?
A: You can manually set the desired angle between 0 and 45 using the integrated graduated scale. Adjust the protractor to the desired marking, then secure the setting before placing test objects on the plane.
Q: What kinds of experiments can be performed using this inclined plane?
A: This apparatus is suited for studies involving forces, friction, and motion, such as analyzing gravitational effects, investigating the coefficient of friction, or demonstrating how inclined planes reduce the effort required to lift objects.
Q: When should you use the included accessories like the pulley and pan?
A: Accessories such as the pulley and pan should be used when studying topics such as mechanical advantage, tension, and force distribution, providing practical demonstrations of theoretical concepts in mechanics.
Q: Where is this inclined plane most appropriately used?
A: It is best suited for use in educational environments such as school, college, and university physics laboratories where hands-on demonstrations and experiments are part of the curriculum.
Q: What is the benefit of the low-friction surface?
A: The smooth, low-friction finish allows for more accurate motion studies by minimizing resistance, enabling clear demonstrations of theoretical physics principles and supporting reliable experimental results.
Q: How easy is it to maintain and clean this inclined plane?
A: Maintenance is straightforward. Simply wipe the surface with a soft, damp cloth when needed. The robust, varnished, or laminated finish ensures long-term durability with minimal upkeep required.
Q: What is the load capacity and recommended size of test objects?
A: The apparatus is designed to accommodate test objects weighing up to 2 kg. Its plane easily fits standard laboratory weights and blocks used in physics experiments.