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Binomial Calculator

Bernoulli Model & Binomial Calculator

Calculate binomial probabilities, expected values, variance, and probability distributions for Bernoulli trials

Binomial DistributionsStatistical MeasuresStep-by-step Solutions
Bernoulli Model Calculator
Configure Bernoulli trials parameters to analyze binomial probability distributions

Probability of success in each trial (0 ≤ p ≤ 1)

Total number of independent trials

Number of successes to calculate P(X = k)

Bernoulli Model Requirements:

  • • Each trial has exactly two outcomes (success/failure)
  • • Probability of success remains constant across trials
  • • Trials are independent of each other
  • • Binomial distribution models total number of successes
Results & Statistical Measures
Binomial probabilities and distribution parameters

Configure parameters and click "Calculate" to analyze the Bernoulli model

🎯 Understanding Bernoulli Trials

Master the fundamental concepts of discrete probability distributions and success/failure models

Binomial Coefficient

C(n,k) represents the number of ways to choose k successes from n trials, calculated as n!/(k!(n-k)!).

Expected Value

E[X] = np gives the average number of successes expected in n trials with success probability p.

Variance & Spread

Var(X) = np(1-p) measures the spread of the distribution around the expected value.

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