Phys 1 Student Workbook.pdf

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Physics Labs with Computers, Vol. 1Student WorkbookP22: Rotational Inertia 012-07000A5. Subtract the rotational inertia of the Disk from the value of the rotational inertia for theRing and Disk to find the rotational inertia of the Ring alone. Record the experimentalvalue for the Ring.6. Calculate the theoretical value of the rotational inertia of the Ring based on its dimensions(R1 and R2) and mass (M). Record the value.I = 1 M(R 2 2 1+ R 2 2)7. Calculate the theoretical value of the rotational inertia of the Disk based on its dimension(R) and mass (M). Record the value.I = 1 MR228. Calculate the percent difference between the experimental values and the theoretical valuesfor the rotational inertia of the Ring and the rotational inertia of the disk.Record your results in the Lab Report section.p. 156 ©1999 PASCO scientific P22
Name _____________________ Class ______________ Date _________Lab Report – Activity P22: Rotational InertiaWhat Do You Think?What is an example of an object or device that depends on rotational inertia? How does therotational inertia of a ring (or hoop) compare to the rotational inertia of a disk (or cylinder)?Data Table #1: DimensionsItemValueStep Pulley radius (r)Ring, inside radius (R1)Ring, outside radius (R2)Disk, radius (R)Mass of Ring (M)Mass of Disk (M)Data Table #2: MassRun Description Hanging Mass#1 Ring and Disk#2 Disk AloneData Table #3: Measured Accelerations (aT)Run Description Acceleration#1 Ring and Disk#2 Disk AloneData Table #4: Rotational Inertia (I)Run Description Experimental Theoretical % Difference#1 Ring and Disk#2 Disk AloneRing AloneP22 ©1999 PASCO scientific p. 157
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