6262/9, 6262/26, Idgah Road, Ambala Cantt 133001. India.

Inclined Plane Educational Science Park Model

Inclined Plane Educational Science Park Model

An inclined plane is a simple machine made by tilting a flat surface. It allows heavy objects to be moved upward or downward with less effort compared to lifting them vertically. The longer the slope, the less force is required. In a science park model, students can roll or slide objects on the slope to see how the inclined plane makes work easier.Learning Outcome Demonstrates the principle of mechanical advantage. Shows how force and distance are related.

SKU: 4a370d042060 Category:
Request a Quote

Science Park Equipment

Inclined Plane Educational Science Park Model

Inclined Plane Educational Science Park Model is part of the Science Park Equipment range from Interlabs. It is relevant to buyers sourcing educational products for science education, STEM learning, practical demonstrations and school activity areas.

Product Overview

An inclined plane is a simple machine made by tilting a flat surface. It allows heavy objects to be moved upward or downward with less effort compared to lifting them vertically. The longer the slope, the less force is required. In a science park model, students can roll or slide objects on the slope to see how the inclined plane makes work easier.Learning Outcome Demonstrates the principle of mechanical advantage.

Shows how force and distance are related.

Product Highlights

Product Name

Inclined Plane Educational Science Park Model

Category

Science Park Equipment

Supplier

Interlabs

Applications and Learning Uses

This product is listed in the Science Park Equipment category and can be considered for relevant activities in science education, STEM learning, practical demonstrations and school activity areas. Its suitability should be assessed against the intended lesson, demonstration or institutional requirement.

What to Check Before Ordering

  • Review the product description and confirm that it supports your intended learning or practical application.
  • Request the latest dimensions, material details, components and available configurations, where applicable.
  • Confirm current price, stock availability, delivery charges and order quantity with the supplier.
  • For institutional purchases, check suitability for the relevant age group, curriculum or laboratory setup.

Enquire About Inclined Plane Educational Science Park Model

Contact Interlabs for product information and a quotation for Inclined Plane Educational Science Park Model. Share your required quantity, intended application and delivery location to help confirm the relevant details.

Frequently Asked Questions

What is Inclined Plane Educational Science Park Model?

An inclined plane is a simple machine made by tilting a flat surface. It allows heavy objects to be moved upward or downward with less effort compared to lifting them vertically. The longer the slope, the less force is required. In a science park model, students can roll or slide objects on the slope to see how the inclined plane makes work

Which category does this product belong to?

Inclined Plane Educational Science Park Model is listed under Science Park Equipment.

How can I get product details and pricing?

Contact Interlabs with your requirements to confirm current specifications, available configurations, pricing and delivery details.

Related products

  • World Time Globe Outdoor Science Park Model
    Science Park Equipment

    World Time Globe Outdoor Science Park Model

    Earth is split up into several time zones. A time zone is a region or area that observes the samestandard time. The world is divided longitudinally into time zones, with an hour difference roughly 15 degrees apart. India standard time has a time offset of UTC/GMT +05:30.

  • Periodic table outdoor science park
    Science Park Equipment

    Periodic table outdoor science park

    Rows (Periods): Show elements in order of increasing atomic number. Columns (Groups): Contain elements with similar properties (e.g., metals, non-metals, noble gases). Blocks: s, p, d, and f blocks indicate electron orbital types. Helps predict element behaviour, bonding, and reactivity. Developed by Dmitri Mendeleev, later updated to include new elements. Educational importance: Essential for learning chemistry basics. Makes it easy to compare properties and understand trends in the elements.

  • Lissajous Curve Science Park Model
    Science Park Equipment

    Lissajous Curve Science Park Model

    How it’s formed: One wave controls the movement along the X-axis, and another wave controls the Y-axis. Depending on their frequency ratio and phase difference, different shapes appear — like ellipses, circles, figure-eights, or complex loops. Equation: xA=sin (at+δ),yB=sin (bt)frac{x}{A} = sin(at + delta), quad frac{y}{B} = sin(bt)Ax =sin(at+δ),By =sin(bt) where A and B are amplitudes, a and b are frequencies, and δ is the phase difference.

  • Placeholder
    Science Park Equipment

    Newtons 3rd Law Of Motion Outdoor Working Model

    When an object exerts a force on another object, the same force acts on that object by the other object in the opposite direction is called Newton’s third law of motion. Law: “Every action has an equal and opposite action.

Scroll to Top