Stuhrling Original Men's 133.33151 Symphony Aristocrat Executive Automatic Skeleton Watch best Reviews

Best Stuhrling Original Men's 133.33151 Symphony Aristocrat Executive Automatic Skeleton Watch Reviews


FEATURED Stuhrling Original Men's 133.33151 Symphony Aristocrat Executive Automatic Skeleton Watch
Polished stainless steel round shape case with protective krysterna crystal on front and backBlack dial with center skeleton cut out and seconds retrograde at six o'clock positionPrinted outer seconds track and silvertone applied markersBlack alligator embossed genuine leather strap with silvertone buckleWater-resistant to 50 M (165 feet)
Hone your professional look with something stylish and sophisticated like this leather watch by Stuhrling Original. Featuring a skeleton dial, this bold timepiece gives others a look inside your executive style. The executive is a member of the aristocrat family, timepieces designed to enhance your formal attire. This watch features a solid stainless steel case with a polished bezel measuring 44mm. The dial is skeletonized to reveal the exquisite automatic movement, which is decorated with engraved scrollwork. Finally, the executive comes equipped with an alligator embossed genuine leather strap.





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if the orbital velocity of an eclipsing binary is 153 km/s and the smaller start becomes completely eclipsed i?

Question by sarah v: if the orbital velocity of an eclipsing binary is 153 km/s and the smaller start becomes completely eclipsed i?
if the orbital velocity of an eclipsing binary is 153 km/s and the smaller star becomes eclipsed in 2.5 hours what is it's diameter?


Best answer:
Answer by Simon van DijkIt is just it takes 2.5 hours = 8000 seconds to eclipse. With 153,000 m/s it travels 1.224.10^9 m.
This could be the diameter of the star. But this implies that the bigger star has a negligible velocity. That is not the case. In a binary the 2 stars must have the same angular velocity: they must be opposite each other relative to the center of gravity. If the heavy star is 10 times heavier than the other one. The center of gravity is at 10 to 1 distance from the big star, so their orbits are 1 to 10 relative, That makes the orbital speed 10 to 1.

So the 1.2 million kilometer (about 90% the size of the sun) is only an estimate.

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Is it normal for to be afraid of lunar and solar eclipses?

Question by Sugeith Sostre: Is it normal for to be afraid of lunar and solar eclipses?
I am completely and totally terrified of Lunar and solar eclipses, is there a reason why?

Is there someone out there with the same fear as me if not tell me why i shouldn't worry

thank you


Best answer:
Answer by gintableIt is called "fear of the unknown". If you simply "face your fear" and go watch it or at least read about it and study why it occurs, then you will no longer fear it.

There is nothing to fear. It is an INTERESTING observation. GO out and observe it!

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Total Solar Eclipse | Solar Eclipse Information