1. Make measurements and calculations to determine the rotational inertia of the slab (including the objects on the slab) and the disk. Explain your proces 2. Describe the major assumptions you made during your process. 3. Do you think the actual value of the rotational inertia of the slab (with the objects on it) is more likely to be greater than your value, or less than your value? Support your assertion.

Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter38: Refraction And Images Formed By Refraction
Section: Chapter Questions
Problem 70PQ: A Fill in the missing entries in Table P38.70. Table P38.70
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The picture shows a view from above of a non-uniform object (a rectangular slab with objects placed on it) dropped onto a platform rotating on a low-friction bearing. The mass of the rotating disk is 2.85 kg. 1. Show a Force Diagram 1. Make measurements and calculations to determine the rotational inertia of the slab (including the objects on the slab) and the disk. Explain your proces 2. Describe the major assumptions you made during your process. 3. Do you think the actual value of the rotational inertia of the slab (with the objects on it) is more likely to be greater than your value, or less than your value? Support your assertion.
Given
Suskeme dict Shbwith objects.
44°
Tnal 7
(adus 0.3m
15
Sotabng disk 285 kg
Stacing angus 1s
Ginal angle 29
Stacting &t oding.s
300+ 44 =
404
360
12223 # of cycles
101 T
45
20
Transcribed Image Text:Given Suskeme dict Shbwith objects. 44° Tnal 7 (adus 0.3m 15 Sotabng disk 285 kg Stacing angus 1s Ginal angle 29 Stacting &t oding.s 300+ 44 = 404 360 12223 # of cycles 101 T 45 20
0 cm
10
0.933333 s
20
Frame 28
30 fps
30
40
50
09
0 cm
Transcribed Image Text:0 cm 10 0.933333 s 20 Frame 28 30 fps 30 40 50 09 0 cm
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