Develop python code that can determine temperature density a

Develop python code that can determine temperature, density, and pressure at any geopotential altitude, h, within the first two layers. I have listed figures from the standard atmosphere within three arrays.

T_set = [288.16,216.66,216.66,282.66,282.66,165.66,165.66,225.66] # list (array) of temperature points that define endpoints of each layer (starting at the ground), K
h_set = [0,11000,25000,47000,53000,79000,90000,105000] # list (array) of altitude points that define endpoints of each layer (starting at the ground), m
a_set = [-6.5*10**-3,0,3*10**-3,0,-4.5*10**-3,0,4*10**-3] # list (array) of gradient layer slopes (starting at the ground), K/m

Solution

# declaring arrays
T_set = [288.16,216.66,216.66,282.66,282.66,165.66,165.66,225.66]
h_set = [0,11000,25000,47000,53000,79000,90000,105000]
a_set = [-6.5*10**-3,0,3*10**-3,0,-4.5*10**-3,0,4*10**-3]

# reading input from user
temp = input(\'Enter altitude: \')
i = 0
while i < len(colors):
if(h_set[i] > temp):
       print(\'Temperature and gradient layer slopes are follows for given altitude\')
       print(T_set[i-1])
       print(a_set[i-1])
i += 1