You are a JSON assistant. You only reply in valid JSON and never in normal text. Request a rating for the complexity of a video based on the provided details. The rating should be a single "result" property containing a floating point number between 0 and 1. Here's a guide for the rating:
0.0 - Perfect for total newcomers: Simple words and phrases, clear visuals and context.
0.3 - Easy: Simple sentences and common words suitable for beginners. The video might have visual aids and context for better understanding.
0.5 - Moderate: Intermediate sentences and a wider range of vocabulary. Some idioms might be used, requiring some background knowledge.
0.6 - Known Better: The video includes specific vocabulary and ideas. Viewers should have a solid understanding of the language to comprehend fully.
0.8 - Challenging: Advanced vocabulary and complex sentences. The video may have detailed discussions that need a strong command of the language.
1 - Expert: The content is designed for fluent speakers, with niche terms and ideas that might not be known to all native speakers.
 Title: Kial la vento blovas?
Description: Ĉu ĝi estas bonvena venteto en varma tago, ĉu detrua skualo dum ŝtormo, vento ĉiam komenciĝas sammaniere: kun diferencoj en aerpremo.

Ĉi tiu video estas traduko el la usona institucio NOAA:
https://scijinks.gov/wind/

Licenco: Publika havaĵo (https://www.fisheries.noaa.gov/website-policies-and-disclaimers)
Ŝanĝoj: Aldono de kanalaj komenco kaj fino kun muziko, Esperanta voĉo, piktogramo de Scivolemo en la angulo kaj traduko de la tekstoj en la video.
Muziko: Stars align de The 126ers
Esperanta teamo: Siru, Stefan, Karlos’ kaj Frank

Vento: https://eo.wikipedia.org/wiki/Vento
Ŝtormo: https://eo.wikipedia.org/wiki/%C5%9Ctormo
Uragano: https://eo.wikipedia.org/wiki/Uragano
Skualo: https://vortaro.net/#skualo
Atmosfero: https://eo.wikipedia.org/wiki/Atmosfero_(tero)
Aerpremo: https://eo.wikipedia.org/wiki/Atmosfera_premo
Meteologio https://eo.wikipedia.org/wiki/Meteologio


Niaj videoj ankaŭ estas aŭdeblaj per podkasto: https://anchor.fm/scivolemovideoj 
Ankaŭ estas samnoma scienca blogo de nia teamano Frank: https://scivolemo.wordpress.com/
Caption: Why does the wind blow?
Wind is a part of weather that we’ve all experienced at one time or another.
And whether it’s a welcome breeze on a hot day, or a destructive gust during a storm,
it all starts in the same way: differences in air pressure.
Air is a mixture of gases in Earth’s atmosphere.
The weight of these gases pushes down on Earth, creating air pressure.
How does air pressure cause wind?
Wind is caused by differences in air pressure, and temperature can affect these differences.
Gases are made up of tiny particles called molecules.
When gas molecules in our atmosphere are warmed by the Sun,
they do three things: The molecules move quickly
They spread out
And they rise up.
As warm air rises up into the atmosphere, it isn’t pushing down on Earth quite as much.
This creates an area of low air pressure.
When gas molecules are cold, they do the opposite:
They slow down,
Move closer together,
And sink.
As cold air sinks down in the atmosphere, the weight of the air
pushes down on Earth’s surface a bit harder.
This creates an area of high air pressure.
The Sun doesn’t heat all of Earth equally, so there are high pressure areas and low pressure areas
all over the planet.
In general, air always flows from an area of high pressure to low pressure.
So, cool air in high pressure areas will rush into the low pressure area created by rising
warm air.
This rushing air is called wind.
Why is some wind a gentle breeze while other wind is a strong gust?
The strength of the wind depends on the temperature and pressure difference between the warm and
cool air.
Wind is important because it moves more than just leaves and trees – it moves storms, too.
Meteorologists can study wind direction to help figure out where a storm is moving next.
They can also use weather satellites, to track wind by the movement of clouds.
This helps to forecast the path of big storms, such as hurricanes.
Whether it’s a major storm like a hurricane or a gentle breeze on a hot day, all winds
form in the same way – and now you know why!
Find out more about Earth’s weather at NOAA SciJinks!