Why is Freezing at 32°F? And A Snowy Weekend Ahead in the Cascades. All in My New Podcast.

Did you ever wonder why freezing on the Fahrenheit scale is at 32?

Why that number?  Why not 0 or 50?

The answer to the question will be answered in my podcast! (see below for details)

Did you ever wonder why freezing on the Fahrenheit scale is at Why is Freezing at 32°F? And A Snowy Weekend Ahead in the Cascades. All in My New Podcast.

And before the talk about temperature, I provide the forecast, and it is a snowy one for our mountains.

Today, a front will be moving through (see satellite photo below), behind which there is cool, unstable air.

Did you ever wonder why freezing on the Fahrenheit scale is at Why is Freezing at 32°F? And A Snowy Weekend Ahead in the Cascades. All in My New Podcast.

This cool, unstable air, forced to rise on the local mountains, will produce heavy snow in the Cascades, with several feet at higher elevations.  Good for skiers, good for weather resources, but potentially causing dangerous conditions in the passes.

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Announcement.  I will be having a special online session for my Patreon supporters on Saturday at 10 AM.
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To listen to my podcast, use the link below or access it through your favorite podcast service.


Some major podcast servers:

 Did you ever wonder why freezing on the Fahrenheit scale is at Why is Freezing at 32°F? And A Snowy Weekend Ahead in the Cascades. All in My New Podcast. Did you ever wonder why freezing on the Fahrenheit scale is at Why is Freezing at 32°F? And A Snowy Weekend Ahead in the Cascades. All in My New Podcast.
Like the podcast? Support on Patreon 


Did you ever wonder why freezing on the Fahrenheit scale is at Why is Freezing at 32°F? And A Snowy Weekend Ahead in the Cascades. All in My New Podcast.

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