Originally posted by: bradruth
I believe the formula is as follows:
The amount of free time you have x 1 = infinite.
Originally posted by: sharkeeper
Count cricket chirps in fifteen seconds. Add 40 to this number. Result is approximate temperature in degrees Fahrenheit.
For Centrigrade, count chips for 8 seconds and add 5 to the result.
Originally posted by: Citrix
Originally posted by: sharkeeper
Count cricket chirps in fifteen seconds. Add 40 to this number. Result is approximate temperature in degrees Fahrenheit.
For Centrigrade, count chips for 8 seconds and add 5 to the result.
is this true? i have never hear it before
Originally posted by: Yossarian
I'm trying to think of an application of this that will make me rich....
Originally posted by: Yossarian
I'm trying to think of an application of this that will make me rich....
Originally posted by: sharkeeper
Yes they slow down as the temperature gets colder. Temperature affects their metabolic rate and the curve is very linear. Katydids are another insect whose "song" is affected by temperature. I've recorded them along with temperature and have been able to see the relationship as well but an "easy" formula has not been established.
I hear back home it was so cold the bees were wearing yellow jackets!![]()
bwhaha..Originally posted by: sharkeeper
Yes they slow down as the temperature gets colder. Temperature affects their metabolic rate and the curve is very linear. Katydids are another insect whose "song" is affected by temperature. I've recorded them along with temperature and have been able to see the relationship as well but an "easy" formula has not been established.
I hear back home it was so cold the bees were wearing yellow jackets!![]()
