Three-Dimensional Equilibrium Apparatus Model MT 084
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Three-Dimensional Equilibrium Apparatus Model MT 084
Sci-tech Three-Dimensional Equilibrium Apparatus Model MT 084 is used for studying the equilibrium of five concurrent and non-concurrent forces in a three-dimensional system. A rigid box frame has four swiveling pulleys at the top corners and leveling screws at the legs. Four cords, each with a load hanger outside the frame, pass over the pulleys and meet inside the frame concurrently or non-concurrently with an additional cord between two joints. A vertical load with a cord is applied at one of the joints. Each cord is marked out a 100 mm length. Two mirrors are attached on two adjacent side walls and transparent plates with transparent graph grids are attached on the other two side walls. By aligning each marked cord to the mirror, its coordinates in space can be measured.
Size: | 60cm x 60cm x 80cm (LxWxH) |
Weight: | 20 kg |
Item Description
Features
- Ideal for student use and classroom demonstrations
- Self-contained – needs no other parts
- Made for maximum flexibility and ease of use for extensive range of experiments
- Simply supported and tests with up to four supports with any loading
- Weights and hangers supplied to apply point loads
Sci-tech Three-Dimensional Equilibrium Apparatus Model MT 084 is used for studying the equilibrium of five concurrent and non-concurrent forces in a three-dimensional system. A rigid box frame has four swiveling pulleys at the top corners and leveling screws at the legs. Four cords, each with a load hanger outside the frame, pass over the pulleys and meet inside the frame concurrently or non-concurrently with an additional cord between two joints. A vertical load with a cord is applied at one of the joints. Each cord is marked out a 100 mm length. Two mirrors are attached on two adjacent side walls and transparent plates with transparent graph grids are attached on the other two side walls. By aligning each marked cord to the mirror, its coordinates in space can be measured.
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