Use Python methods to calculate the following probabilities for a binomial distribution with variables n and pi$.$

P$($X$=14)$

P$($X$14)$

P$($X$>14)$

The code provided loads the packages and functions, reads variables n and pi from input, and prints the calculated probabilities.

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# Import packages and functions

from scipy.stats import binom

# Set values for n and pi

n $=$ int$($input$())$

pi $=$ float$($input$())$

# Calculate probabilities

# Your code goes here

pEqual $=$

pLess $=$

pGreater $=$

# Print probabilities

print$(\text{'}$P$($X $=14)=\text{'},$ pEqual$)$

print$(\text{'}$P$($X $<=14)=\text{'},$ pLess$)$

print$(\text{'}$P$($X $>14)=\text{'},$ pGreater$)$

$$

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