Pinned Repositories
Bayesian-Statistics
Bowling
Bowling Algorithm
Bowling-1
Chaitanya
countries
Country database with flags and geographical coordinates available in SQL, JSON and CSV formats
cpython
The Python programming language
CRUD
MontyHall-Problem
he Monty Hall problem is named for its similarity to the Let's Make a Deal television game show hosted by Monty Hall. The problem is stated as follows. Assume that a room is equipped with three doors. Behind two are goats, and behind the third is a shiny new car. You are asked to pick a door, and will win whatever is behind it. Let's say you pick door 1. Before the door is opened, however, someone who knows what's behind the doors (Monty Hall) opens one of the other two doors, revealing a goat, and asks you if you wish to change your selection to the third door (i.e., the door which neither you picked nor he opened). The Monty Hall problem is deciding whether you do. The correct answer is that you do want to switch. If you do not switch, you have the expected 1/3 chance of winning the car, since no matter whether you initially picked the correct door, Monty will show you a door with a goat. But after Monty has eliminated one of the doors for you, you obviously do not improve your chances of winning to better than 1/3 by sticking with your original choice. If you now switch doors, however, there is a 2/3 chance you will win the car (counterintuitive though it seems).
My-deepspeech
Documents of deepspeech
Poker-Game
Python code for Poker Game
ChaitanyaBoggavarapu's Repositories
ChaitanyaBoggavarapu/Bayesian-Statistics
ChaitanyaBoggavarapu/Bowling
Bowling Algorithm
ChaitanyaBoggavarapu/Bowling-1
ChaitanyaBoggavarapu/Chaitanya
ChaitanyaBoggavarapu/countries
Country database with flags and geographical coordinates available in SQL, JSON and CSV formats
ChaitanyaBoggavarapu/cpython
The Python programming language
ChaitanyaBoggavarapu/CRUD
ChaitanyaBoggavarapu/MontyHall-Problem
he Monty Hall problem is named for its similarity to the Let's Make a Deal television game show hosted by Monty Hall. The problem is stated as follows. Assume that a room is equipped with three doors. Behind two are goats, and behind the third is a shiny new car. You are asked to pick a door, and will win whatever is behind it. Let's say you pick door 1. Before the door is opened, however, someone who knows what's behind the doors (Monty Hall) opens one of the other two doors, revealing a goat, and asks you if you wish to change your selection to the third door (i.e., the door which neither you picked nor he opened). The Monty Hall problem is deciding whether you do. The correct answer is that you do want to switch. If you do not switch, you have the expected 1/3 chance of winning the car, since no matter whether you initially picked the correct door, Monty will show you a door with a goat. But after Monty has eliminated one of the doors for you, you obviously do not improve your chances of winning to better than 1/3 by sticking with your original choice. If you now switch doors, however, there is a 2/3 chance you will win the car (counterintuitive though it seems).
ChaitanyaBoggavarapu/My-deepspeech
Documents of deepspeech
ChaitanyaBoggavarapu/Poker-Game
Python code for Poker Game
ChaitanyaBoggavarapu/Decision-Tree-Algoriths
ChaitanyaBoggavarapu/Desktop_application_Extracting_Folders
ChaitanyaBoggavarapu/Face-detection
Using CNN to detect faces
ChaitanyaBoggavarapu/flask_project
ChaitanyaBoggavarapu/Full_Stack_proj
ChaitanyaBoggavarapu/Machine-learning
Data Preprocessing
ChaitanyaBoggavarapu/PortFolio
ChaitanyaBoggavarapu/Source-Sepe
ChaitanyaBoggavarapu/TicTakToe
ChaitanyaBoggavarapu/Wifi-Users