Probability / pages /2_Events.py
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Update pages/2_Events.py
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import streamlit as st
st.title("Experiment")
import streamlit as st
st.write("An activity whose outcomes are not known is an experiment. Every experiment has a few favorable outcomes and a few unfavorable outcomes. The historic experiments of Thomas Alva Edison had more than a thousand unsuccessful attempts before he could make a successful attempt to invent the light bulb.")
st.title("Random Experiment")
st.write("A random experiment is an experiment for which the set of possible outcomes is known, but which particular outcome will occur on a particular execution of the experiment cannot be said prior to performing the experiment. Tossing a coin, rolling a die, and drawing a card from a deck are all examples of random experiments.")
st.title("Trail")
st.write("The numerous attempts in the process of an experiment are called trials. In other words, any particular performance of a random experiment is called a trial. For example, tossing a coin is a trial.")
st.title("Event")
st.write("A trial with a clearly defined outcome is an event. For example, getting a tail when tossing a coin is termed as an event.")
st.title("Random Event")
st.write(" An event that cannot be easily predicted is a random event. For such events, the probability value is very less.The formation of a rainbow during the rain is a random event.")
st.title("Outcome")
st.write("This is the result of a trial. In the process of a sportsperson hitting a ball towards the goal post, there are two clear outcomes. He may either make the goal or miss the goal.")
st.title("Possible Outcome")
st.write("The list of all the outcomes in an experiment can be referred to as possible outcomes. In tossing a coin, the possible outcomes are heads or tails.")
st.title("Equally likely Outcomes")
st.write(" An experiment in which each of the outcomes has an equal probability, such outcomes are referred to as equally likely outcomes. In the process of rolling a six-faced dice, the probability of getting any number is equal.")