Nov-06-2021, 09:44 PM
Hello,
I know that:
k(subscript t+1)= (1−δ)k(subscript t) + s[k^(θ)(subscript t)]
s=0.08
δ=0.3
θ= 0.35
k(subscript 0)=2.5
Of course, the result of my code is only for k(subscript 1).
Can you help me understand how I can find the values up to k(subscript 50)?
I know that:
k(subscript t+1)= (1−δ)k(subscript t) + s[k^(θ)(subscript t)]
s=0.08
δ=0.3
θ= 0.35
k(subscript 0)=2.5
(δ,s,θ) = (0.08,0.3,0.35) k=2.5 K = (1-δ)*k+s*k**θ print (K)I want to calculate the value of k for periods 1,...,50
Of course, the result of my code is only for k(subscript 1).
Can you help me understand how I can find the values up to k(subscript 50)?