Orders of magnitude (angular momentum)

This article will address the topic of Orders of magnitude (angular momentum) in depth, exploring its different facets and unraveling its importance in the current context. Orders of magnitude (angular momentum) has been the subject of interest and debate for a long time, due to its impact on various areas of daily life. Over the years, Orders of magnitude (angular momentum) has sparked numerous reflections and analyses, demonstrating its relevance and influence in today's society. Through this article, we will seek to shed light on Orders of magnitude (angular momentum), providing a comprehensive and detailed vision that allows the reader to understand its scope and importance in today's world.

The following table lists various orders of magnitude for angular momentum, in Joule-seconds.

Table

Factor (J·s) Value (J·s) Item
10−34 1.055×10−34 Reduced Planck constant
6.626×10−34 Planck constant
10−11 7.9×10−11 The second hand of a wristwatch, measured from center of watch
102 250 Men's Olympic hammer throw, measured from center of thrower
104 13,300 Offset collision of two mid-sized automobiles at 50 km/h (~30 mph), measured from centerline
104 53,000 Typical large carousel in operation, modeled as a cylinder, with respect to its center
1029 2.308×1029 Rotational angular momentum of the Moon
1033 7.07×1033 Rotational angular momentum of the Earth
1034 2.871×1034 Orbital angular momentum of the Moon, with respect to the Earth.
1040 2.661×1040 Orbital angular momentum of the Earth, with respect to the Sun
1041 1.676×1041 Rotational angular momentum of the Sun

See also

References

  1. ^ 36FT Carousel chancerides.com
  2. ^ a b Sample problem-answer sceweb.uhcl.edu
  3. ^ "Archived copy" (PDF). Archived from the original (PDF) on 2018-09-30. Retrieved 2018-09-30.{{cite web}}: CS1 maint: archived copy as title (link)
  4. ^ Iorio, L. (2012). "Constraining the Angular Momentum of the Sun with Planetary Orbital Motions and General Relativity". Solar Physics. 281 (2): 815–826. arXiv:1112.4168. Bibcode:2012SoPh..281..815I. doi:10.1007/s11207-012-0086-6. S2CID 119183828.

External links