Piece image

More Sonic Boom

Series: A Moment of Science
From: WFIU
Length: 00:02:03

2-minute science module. Read the full description.
To hear the full audio, sign up for a free PRX account or log in.

Also in the A Moment of Science series

Piece image

Why Wet Sand Sticks (00:02:02)
From: WFIU

2-minute science module.
Piece image

Squished by a Mountain (00:02:01)
From: WFIU

2-minute science module.
Piece image

The Greeks Knew The Earth Was Round Before Copernicus (00:02:02)
From: WFIU

2-minute science module.
Piece image

Gimme A Brake: How To Calculate Stopping Time And Distance (00:02:01)
From: WFIU

2-minute science module.
Piece image

Walkin' and Sloshin' (00:02:02)
From: WFIU

2-minute science module.
Piece image

How Ocean Waves Form (00:02:02)
From: WFIU

2-minute science module.
Piece image

Blueberry Brain Boost (00:02:02)
From: WFIU

2-minute science module.
Piece image

Hot and Bothered Fish (00:02:02)
From: WFIU

2-minute science module.
Piece image

Big Kid, Little Kid: The Center Of Mass On A Seesaw (00:02:02)
From: WFIU

2-minute science module.
Piece image

Bored to Death (00:02:02)
From: WFIU

2-minute science module.

Piece Description

Last time on A Moment of Science we looked at how sonic booms are created by planes flying at supersonic speeds.  This time we'll look at how the size and altitude of a plane influence the intensity and duration of the sonic boom.  The sonic boom is a direct result of a change in the air-flow pattern around a plane's edges. . .

Related Website

http://indianapublicmedia.org/amomentofscience/