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  1. Prepare
  2. Tutorials
  3. 10 Days of Statistics
  4. Day 5: Poisson Distribution II
  5. Discussions

Day 5: Poisson Distribution II

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81 Discussions

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  • illogicalsleepi1
     + 0 comments
    lambda_A,lambda_B =map(float,input().split())

E_X2_A = lambda_A + (lambda_A ** 2)
e_cost_A = 160 + 40 * E_X2_A

E_X2_B = lambda_B + (lambda_B ** 2)
e_cost_B = 128 + 40 * E_X2_B

print(round(e_cost_A,3))
print(round(e_cost_B,3))

  • mechi_ghaith07
     + 0 comments

    x=0.88 y=1.55 Ca=160+40*(x+x**2) Cb=128+40*(y+y**2) print(round(Ca,3)) print(round(Cb,3))

  • n4m774r_d
     + 1 comment
    from math import exp,factorial

def thnks_for_the_fish(machine, cost):
    return sum((exp(-machine) * machine**k) / factorial(k) * (cost + 40 * k**2) for k in range(20))

A,B = map(float,input().split(" "))

print(round(thnks_for_the_fish(A, 160), 3))
print(round(thnks_for_the_fish(B, 128), 3))

  • sylvain_michel
     + 0 comments

    In R could be:

    stdin <- file('stdin')
open(stdin)

line <- as.numeric(strsplit(trimws(readLines(stdin, n = 1, warn = FALSE), which = "right"), " ")[[1]])
cat(format(round(160 + 40*(line[1]+line[1]^2),3), nsmall=3), fill=TRUE)
cat(format(round(128 + 40*(line[2]+line[2]^2),3), nsmall=3), fill=TRUE)

  • smpsumedh13
     + 1 comment
    X,Y=map(float,input().split())
print(round(160+(40*(X+X**2)),3))
print(round(128+(40*(Y+Y**2)),3))