In basketball, data and statistics serve as fundamental tools for assessing player performance, guiding training decisions, and strategizing for games. A wide array of statistics is tracked in basketball, from basic ones like points, rebounds, and assists, to more complex ones like efficiency rating and win shares. This tutorial will guide you through the concept of basketball statistics calculation, how to use the formulas, and a glimpse into how they apply to real-life scenarios.

 🖹 Normal View 🗖 Full Page View Free Throws Attempted Free Throws Made Field Goals Attempted Field Goals Made Three Pointers Attempted Three Pointers Made Games Won Games Lost
 Total Shot Attempts = Total Field Attempts (No Free Throws) = Free Throw Points Scored = Field Goal Points Scored = Three Pointer Points Scored = Total Field Points Scored = Total Points Scored = Free Throw Percentage = Field Goal Percentage = Three Pointer Percentage = Total Field Shooting Percentage (No Free Throws) = Total Shooting Percentage = Games Won Percentage =

Basketball is a sport rich in quantifiable data. This abundance of statistics allows coaches, players, and analysts to break down the game in detailed and nuanced ways. The application of data in basketball has seen an increasing rise, with NBA teams employing entire departments dedicated to data analysis.

## Breaking Down the Formulas

In the vast field of basketball statistics, one example we can discuss is the Player Efficiency Rating (PER). The formula for calculating PER is quite extensive, but the basic concept is as follows:

PER = [ (Points + Rebounds + Assists + Steals + Blocks) - (Field Goals Attempted - Field Goals Made) - (Free Throws Attempted - Free Throws Made) - Turnovers ] / Games Played

## Applying Basketball Statistics in Real Life

Using PER as an example, let's say a player in the last season played 82 games and scored a total of 1640 points, grabbed 410 rebounds, dished out 492 assists, made 140 steals, blocked 60 shots, attempted 1300 field goals and made 620, attempted 500 free throws and made 400, and committed 240 turnovers. Their PER would be calculated as:

PER = [ (1640 + 410 + 492 + 140 + 60) - (1300 - 620) - (500 - 400) - 240 ] / 82

## Acknowledging Achievements

The effective use of statistics has paved the way for players to excel and earn recognition in basketball. Michael Jordan, for instance, boasts the highest career PER in NBA history at 27.91, demonstrating his all-round skill and effectiveness. LeBron James and Anthony Davis are other players with high PERs, showing the strength of this statistic in identifying basketball's most impactful players.

In conclusion, basketball statistics offer an in-depth perspective of a player's performance, abilities, and contribution to the team. They are essential for the game's stakeholders, from players and coaches to analysts and fans. By understanding these statistics, one can gain a deeper appreciation for the game and the skills it requires.