ext_16733: (Default)

[identity profile] akicif.livejournal.com 2002-04-24 01:56 am (UTC)(link)
Wow... that's neat. It certainly beats measuring the distance to the Moon with a meter stick, a penny and a photo of a partial lunar eclipse (oh, and I think you had to know the diameter of the Earth, but this is a previously solved problem).
barakta: (Default)

[personal profile] barakta 2002-04-24 03:08 am (UTC)(link)
Shame I think hot marshmallow is really grim, but sounds much more interesting than my 2 yrs of A level physics!!!

hehehe

Must try it sometime

Natalya
babysimon: (shades)

[personal profile] babysimon 2002-04-24 04:05 am (UTC)(link)
Mmmmm. I feel this is cheating somewhat, as you have to read the frequency off the back of the microwave. Not very empirical.

Of course, I'm just bitter because marshmallows aren't vegetarian.

n

[identity profile] pavlos.livejournal.com 2002-04-24 04:15 am (UTC)(link)
Your experiment measures the refractive index of marshmallows to microwave radiation, not the speed of light in vacuum.

Pavlos