[DOC] [TLE] linear functions and change - Harvard Mathematics Department [PAR] We can estimate the temperature (in degrees Fahrenheit) by counting the 
number of times a snowy tree cricket chirps in 15 seconds and adding 40. For 
instance... [DOC] [TLE] Natural Clocks: Cricket chirps - Dartmouth College [PAR] Jan 14, 2008 ... That's him (or her - I can't tell) you hear (or just heard) chirping now. ... They state, 
"snowy tree crickets are more accurate than most [cricket species]; their ... 
Outside says, "Count the chirps over a 13-second period and add 40. ... "If the 
number 40 is added to the number of chirps per 15-sec interval, the sum... [DOC] [TLE] How to Tell the Temperature Using Crickets - Priceonomics [PAR] Oct 21, 2014 ... After timing the cricket's chirps and noting the temperature in the room, Sheldon 
concludes, with utmost certainty, that the insect is a snowy tree cricket. Howard ... 
that crickets can be used to accurately estimate temperatures. ... result by simply 
counting the number of chirps in 15 seconds and adding 40). [DOC] [TLE] Climate Sonorous Science: Have a Cricket Tell You the Temperature! [PAR] Crickets, like all insects, are cold-blooded and take on the temperature of their 
surroundings. This affects how quickly these chemical muscle reactions can 
occur. Specifically ... Add 40 to the average number of chirps in 14 seconds. ... 
The snowy tree cricket is frequently cited as the most accurate at predicting 
temperature. [DOC] [TLE] Chapter 1, Linear Functions and Change.pdf [PAR] We can estimate the temperature (in degrees Fahrenheit) by counting the 
number of times a snowy tree cricket chirps in 15 seconds and adding 40. [DOC] [TLE] Suppose a snowy-tree cricket chirps 180 times per minute [PAR] Suppose a snowy-tree cricket chirps 180 times per minute if the temperature is 
102 ... She heard that the number of times a cricket chirps in one minute can be 
used to ... In an experiment, she finds that a cricket chirps 40 times per minute 
when the ... at time t is rising at a rate of (15/13)t^2-(7t) degrees centigrade per 
minute. [DOC] [TLE] Calculus for the Life Sciences I Outline Snowy Tree Cricket Chirping ... [PAR] by 4, then add 40 ... Mathematical models for chirping of snowy tree crickets, ... 
Data closely surrounds Bessey Model  No more than ... Thus, the temperature 
can be estimated from counting the .... Continued: Substitute y into the formula for 
the second line. 3x + 2(2x  5) = 5. 7x = 15 or x = 15. 7 .... over short time periods. [DOC] [TLE] Can you tell the temperature by listening to the chirping of a cricket ... [PAR] To get a rough estimate of the temperature in degrees fahrenheit, count the 
number of chirps in 15 seconds and then add 37. The number you get will be an
... [DOC] [TLE] Functions [PAR] When the value of one quantity uniquely determines the value of the second 
quantity, we ... The Cricket Function. The snowy ... a snowy tree cricket chirps in 
15 seconds and adding 40. Use R as ... We can use this formula to calculate the 
estimated temperature for any number of chirps ...... during this time period. (a) 
What is... [DOC] [TLE] Counting Cricket Chirps to Determine - WordPress.com [PAR] temperature in degrees Fahrenheit can be estimated with a high degree of 
accuracy in the eastern United States by counting the number of chirps a snowy 
tree cricket ... Utilizing data on the frequency of ground cricket chirps in 13 
second intervals ... count the chirps in 13 seconds and add 40 to determine the 
temperature in... [DOC] [TLE] Dolbear's law - Wikipedia [PAR] The tree cricket Oecanthus fultoni. Dolbear's law states the relationship between 
the air temperature and the rate at which crickets chirp. It was formulated by 
Amos Dolbear and published in 1897 in an article called "The Cricket as a 
Thermometer." Dolbear's observations on the relation between chirp rate and 
temperature ... However, the snowy tree cricket was misidentified as O. niveus in 
early

Question: This can be estimated by adding 40 to the number of a snowy tree cricket's chirps in a 15-second period
Answer: temperature