XEnby Pintu MATHS

Distance Calculator P=`(x_1,y_1)` and Q=`(x_2,y_2)` Distance Calculator Enter `x_1`: Enter `y_1`: Enter `x_2`: Enter `y_2`:

Quadratic Equation Graph Quadratic Equation Graph format=`ax^2+bx+c=0` Enter the coefficients for a quadratic equation: a: b: c: Plot Graph

Addition Addition Enter first number: Enter second number: Add

 Python program to calculate π Chundnovsky's formulae: `\frac{426880\sqrt{10005}}{\pi}=` `\sum _{k=0}^{\infty}\frac{(6k)!(13591409+545140134k)}{(3k)!(k!)^3(-640320)^{3k}}` import decimal  import math  #we use Chundnovsky's formulae def compute_pi(n):       decimal.getcontext().prec=n+1      A=426880*decimal.Decimal(10005).sqrt()      B=6      C=1      D=1      E=13591409      F=E      for i in range(1,n):           C=C*((1728*i*i*i)-(2592*i*i)+(1104*i)-120)/(i*i*i)           E+=545140134           D*=0-262537412640768000           F+=decimal.Decimal(C*E)/D      pi=A/F      return pi n=int(input("Enter decimal places:")) P=compute_pi(n) print(P)           if there is any mistake, please comme...