Difference between revisions of "1.1 (g)"
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− | Competition to find the mass of a Barby. The mass of the barby is found using a set of scales and compared to the pupils' reults, the closest value wins! | + | Competition to find the mass of a Barby using the Tyrolian travers method. The mass of the barby is found using a set of scales and compared to the pupils' reults, the closest value wins! |
===Resources=== | ===Resources=== | ||
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===Safety=== | ===Safety=== | ||
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=Syllabus= | =Syllabus= | ||
[[Motion, Energy & Charge]] | [[Motion, Energy & Charge]] |
Revision as of 02:18, 29 August 2008
Contents
Class Experiment 1
Tyrolean traverse. Two pulleys are set either side of a pin board. 3 masses are used to hang on each side of the pulleys. The three masses should be different and set in equilibrium. A piece of graph paper sits behind the string and the angles of the string and forces are recoded.
Resources
Analysis
Firstly a vector triangle is drawn to show that the forces sum = 0. Secondly a mathematical analysis is done, finding the components of the forces and showing that the vertical and horizontal components = 0
Equipment
1x pin board, masses, sring, 2x pulley, graph paper & masking tape.
Safety
Class Experiment 2
Competition to find the mass of a Barby using the Tyrolian travers method. The mass of the barby is found using a set of scales and compared to the pupils' reults, the closest value wins!
Resources
Analysis
This is done using the mathematical process of finding components of the forces.