how to do this with the program mathmatica

1. In \"The Cricket as a Thermometer\" (Am. Nat. 31, 970, 1897), A. E W reported a mathematical relationship between the rate at which crickets chirp in the summer and the ambient temperature: T; = 40 + N15| (1 where TF is the temperature in degrees Fahrenheit and N15 is the number of chirps in 15 seconds. Assuming that the chirping rate is a direct measure ofthe crickets metabolic rate constant, you will demonstrate that lebearis law (eq. 1) is an Arrhenius' equation of the form: k=AExp( 'Ea T R)