#include <bits/stdc++.h>
using namespace std;

// The manager of a industrial plant is planning to buy a machine of
// either type A or type B. For each day’s operation:

// The number of repairs, X, that machine  needs is a Poisson random
// variable with mean 0.88. The daily cost of operating A is 160 +
// 40X^2, X = number of repairs for machine A


// The number of repairs, Y, that machine  needs is a Poisson random
// variable with mean . The daily cost of operating B is 128 + 40Y^2,
// Y = number of repairs for machine B

// Assume that the repairs take a negligible amount of time and the
// machines are maintained nightly to ensure that they operate like
// new at the start of each day. Find and print the expected daily
// cost for each machine.

int main() {
    /* Enter your code here. Read input from STDIN. Print output to STDOUT */   
    
    double lambda_A = 0.88;
    double lambda_B = 1.55;
    
    // mean: E[X] = lambda
    // For poisson random var E[X^2] = lambda + lambda^2
    
    // Cost_A = 160 + 40X^2, X = number of repairs for machine A
    // Cost_B = 128 + 40Y^2, Y = number of repairs for machine B

    double cost_A = 160 + 40 * (lambda_A + pow(lambda_A,2));
    double cost_B = 128 + 40 * (lambda_B + pow(lambda_B,2));
    
    cout << fixed << setprecision(3) << cost_A << endl;
    cout << fixed << setprecision(3) << cost_B << endl;
    
    return 0;
}