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21 M

[reubetron]

LООКING FОR ТНЕ LАТЕSТ LUХURIОUS BЕАUТУ LОVЕ SЕХ SЕХ IS АLL УОU ОТУSСНЕSН НЕRЕ.

http://reubetron.cloobpon.ru - LООКING FОR ТНЕ LАТЕSТ LUХURIОUS BЕАUТУ LОVЕ SЕХ SЕХ IS АLL УОU ОТУSСНЕSН НЕRЕ.

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[pictoline]

Por todos los periodistas que se han arriesgado para revelar la verdad Por que algún día ya no sea un riesgo hacerlo

#DiadelPeriodista 🇲🇽

[theloverboi]

Be committed, not attached. But more importantly, know the difference.

Kai Alexander, Lessons in Life #21 (via theloverboi)

[tastefullyoffensive]

There’s a video. (via Rancor_Emperor)

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[22h11]

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[yarter-deactivated20170523]

I post on Tumblr when I’m feeling depressed.

[yarter-deactivated20170523]

[picsthatmakeyougohmm]

[glitterandglamm]

[czarne-lustro]

[my-sue-cat]

[sabanasblancasuniverse-deactiva]

[far1244999-deac]

By: Lαy lαdy lαy‏ - Tweet

[fyphysica]

The Vapor Cone.

A vapor cone, also known as shock collar or shock egg, is a visible cloud of condensed water which can sometimes form around an object. A vapor cone is typically observed as an aircraft, or object, flying at Transonic speeds. ( slightly slower than the speed of sound) 

The Pressure - Temperature dependence.

As the aircraft approaches the speed of sound, the air pressure around the object drops, and thereby the air temperature drops. If the temperature drops below the dew point, water in the atmosphere condenses to form a cloud in the shape of the shockwave.

Red Bull Stratos and the Vapor Cone.

Remember that epic jump where Felix Baumgartner, as a part of the Red Bull Stratos project broke the sound barrier ( reached Mach 1.25 ) during his descent? But why weren’t vapor cones seen around Felix’s body? Or were they?

Vapor cones are formed only near the ground, where plenty of wet air persists. But when Felix broke the sound barrier, there was no wet air that surrounded him that would enable the formation of Vapor cones.

Have a Good day!

PC: twistedsifter

[fyphysica]

This is a Bonus post from the series. It‘s purpose is primarily to bring out the essence of pressure-temperature dependence that allows us visualize flow in a F1 car

[angelicprzncess]

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