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AP+PHYSICS+LAB+9+STATIC+EQUILIBRIUM.
Catalog Number:
(470348-820)
Description:
Design and conduct an experiment that analyzes the motion of a conical pendulum.
Catalog Number:
(470348-798)
Description:
Analyze the diffraction pattern of hydrogen and determine the Rydberg constant, R.
Catalog Number:
(470348-834)
Description:
Determine the spring constant of a spring-powered launcher by analyzing the work done on a system.
Catalog Number:
(470348-758)
Description:
Draw connections between the displacement method for determining density and the bouyant force.
Catalog Number:
(470348-760)
Description:
Visualize and compare the relative strengths of different magnetic fields.
Catalog Number:
(470348-836)
Description:
Use a clever apparatus to determine the coefficients of thermal conductivity of three materials.
Catalog Number:
(470348-780)
Description:
Create maps of equipotential lines and the electric fields that exist between two charged surfaces.
Catalog Number:
(470350-930)
Description:
Use the ideal gas law to determine the ambient pressure in the room.
Catalog Number:
(470348-774)
Description:
Study rays reflecting off plane and curved mirrors, determine the focal length of a curved mirror.
Catalog Number:
(470348-772)
Description:
Determine the force on a current carrying wire in a magnetic field.
Catalog Number:
(470348-810)
Description:
Analyze the displacement of an object with constant velocity and an object that is accelerating.
Catalog Number:
(470348-826)
Description:
Find the spring constant of a projectile launcher using the potential energy of its projectile.
Catalog Number:
(470348-768)
Description:
Explore a standing wave on a string and determine the linear mass density of the string.
Catalog Number:
(470348-756)
Description:
Explore resistance in series and parallel circuits.
Catalog Number:
(470348-750)
Description:
Determine the speed of a toy dart by analyzing the results of different inelastic collisions.
Catalog Number:
(470348-752)
Description:
Determine the factors that affect the period and energy changes of a pendulum, then calculate g.
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