The model of the resistance thermometer is given by R R0 eb
     The model of the resistance thermometer is given by:  R = R_0 e^[beta(1/T - 1/T_0)]  If R_0 = 0.2 ohm, T_0 = 25 degree C, beta = 86 and R_2 = R = 2ohm, find the value of T![The model of the resistance thermometer is given by: R = R_0 e^[beta(1/T - 1/T_0)] If R_0 = 0.2 ohm, T_0 = 25 degree C, beta = 86 and R_2 = R = 2ohm, find the   The model of the resistance thermometer is given by: R = R_0 e^[beta(1/T - 1/T_0)] If R_0 = 0.2 ohm, T_0 = 25 degree C, beta = 86 and R_2 = R = 2ohm, find the](/WebImages/29/the-model-of-the-resistance-thermometer-is-given-by-r-r0-eb-1080031-1761567024-0.webp) 
  
  Solution
import numpy as np #importing numpy to use ln function
#declaring given values
 R0 = 0.2
 T0 = 25
 beta = 86
 R = 2
#calculating t
 T = 1/((1.0/T0)+(1.0/beta)*np.log(R/R0))
 print T
![The model of the resistance thermometer is given by: R = R_0 e^[beta(1/T - 1/T_0)] If R_0 = 0.2 ohm, T_0 = 25 degree C, beta = 86 and R_2 = R = 2ohm, find the   The model of the resistance thermometer is given by: R = R_0 e^[beta(1/T - 1/T_0)] If R_0 = 0.2 ohm, T_0 = 25 degree C, beta = 86 and R_2 = R = 2ohm, find the](/WebImages/29/the-model-of-the-resistance-thermometer-is-given-by-r-r0-eb-1080031-1761567024-0.webp)
