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Short Wave

The Peculiar Physics Of Wiffle Balls

Short Wave

NPR

Daily News, Nature, Life Sciences, Astronomy, Science, News

4.76K Ratings

🗓️ 6 April 2020

⏱️ 14 minutes

🧾️ Download transcript

Summary

Wiffle Balls are a lightweight alternative to baseballs, better suited for backyards then sports stadiums. The design of the Wiffle Ball guarantees you don't need a strong arm to throw a curve ball. But how does that happen? Engineering professor Jenn Stroud Rossman explains.

Transcript

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0:00.0

You're listening to Shortwave from NPR.

0:04.4

Hey everybody, Maddie Sivai here with Shortwave reporter Emily Quang.

0:08.4

Hey Maddie.

0:09.4

Hey Quang, are you ready to have some fun today?

0:12.0

Heck yeah!

0:13.0

We need it.

0:14.0

Yeah, 100%.

0:15.0

These past few weeks of social distancing have felt like an eternity.

0:18.7

But spring is here.

0:20.3

Yes.

0:21.3

The season of bees pollinating flowers, freshly mowed lawns, and even now, my favorite,

0:29.3

final exam season.

0:30.8

Which, with many colleges and universities, cancelling in person, teaching in response to the coronavirus,

0:37.3

many classrooms have gone digital.

0:39.8

Jen Stroud-Rosman is a professor of mechanical engineering at Lafayette College, and she

0:45.1

and her husband, who is also an engineering professor, they tricked out their dining room

0:49.4

with wooden slabs nailed together to keep the cameras straight for streaming their lessons.

0:55.2

Not to mention...

0:56.2

You're all set up.

0:57.2

Good job.

0:58.2

How long did it take for you to finalize the remote classroom in its final form?

1:11.4

I mean, it's iterative, like all engineering design, right?

...

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