calculate each series and limit approximation through python. My rough code is given in picture. seperate formulas are also given in another picture.

HI def series(n_terms=1000): """Estimate e with series: n = 0 for n in series(n_terms): series = (1/1 + 1/1 + 1/(1*2) + 1/(1*2*3) return series def limit(n_limit=1000): "Estimate e with limit:""" limit = (1 + 1)**n return limit if name main": print("series(10) =", series (10) print("limit(1000000) =", limit(1000000)) ---+++++++2.37 +12 e- Series Approximation 1 +... n! n=0 As you can see, you need to iteratively calculate a sum up until a given number of steps (n). Limit (Bernoulli) n e = lim (1 + )" With this method, you need to evalute a mathematical expression with a given (n) paramter