Newark Pepper Opposing Batting Average on Balls in Play Charts and Records
About Opposing Batting Average on Balls in Play
Batting average on balls in play (BABIP) is a metric designed to measure what percentage of balls put in play against a pitcher or team's pitchers over a defined period resulted in a hit. Generally, for Opposing Batting Average on Balls in Play, lower is better. (Source)
See all Opposing Batting Average on Balls in Play records and details
Top Newark Pepper Players by Opposing Batting Average on Balls in Play
Which Newark Pepper players rank highest in Opposing Batting Average on Balls in Play? Below are the top ten by single season and by career totals with the team, requiring at least 50 innings pitched for a season record, or 100 innings pitched for a career record with the team.
Newark Pepper Opposing Batting Average on Balls in Play Per Season
Newark Pepper's Opposing Batting Average on Balls in Play for each season of their history, plotted alongside yearly averages for MLB, the Federal League, and the Federal League.
Newark Pepper Opposing Batting Average on Balls in Play Season Distribution vs. MLB and Peers
Each box summarizes Opposing Batting Average on Balls in Play across all seasons, comparing the Newark Pepper to MLB as a whole, the Federal League, and the Federal League. The box covers the middle 50% of seasons, the center line is the median, and the whiskers extend to the min and max values.
Newark Pepper Opposing Batting Average on Balls in Play Year-Over-Year Change
A waterfall chart showing how the Newark Pepper's Opposing Batting Average on Balls in Play shifted season over season. Each bar represents the change from the previous year, making it easy to spot peak and decline phases.
Newark Pepper Opposing Batting Average on Balls in Play — Season-by-Season Breakdown
Every season of Newark Pepper's history with Opposing Batting Average on Balls in Play alongside yearly averages for MLB, the Federal League, and the Federal League. Career totals include sum, average, minimum, maximum, and median.