Golden State Warriors vs. New Orleans Pelicans : Game 5 113.0 - 104.0

The 2018 West Conference Semi-Finals of the NBA Playoffs featured Golden State Warriors vs. New Orleans Pelicans head-to-head, and both teams battled 5 times. Out of the 5 game series of the Conference Semi-Finals of the 2018 NBA Playoffs, Golden State Warriors outdueled New Orleans Pelicans , coming ontop of the series and winning 4 playoff games as opposed to New Orleans Pelicans ’s 1 playoff games victories.

As we examine the head-to-head stats between both teams, we can see that Golden State Warriors had an offensive rating of 106.6, defensive rating of 97.2, 12.0 free-throw attempts, and 27.0 three-point attempts, shooting it at a 0.259 percent clip as a team. New Orleans Pelicans had an offensive rating of 97.2, defensive rating of 106.6, 16.0 free-throw attempts, 24.0 three-point attempts shooting it at a 0.417 percent clip as a team in this playoff game. During the regular season, Golden State Warriors finished the game with a record of 106 , and New Orleans Pelicans recorded Golden State Warriors possessions throughout the course of the basketball game. Evaluating Golden State Warriors vs New Orleans Pelicans’s based on the advanced stats,New Orleans Pelicans had a better score in the effective shooting percentage category with 0.523 percent, Golden State Warriors had a better score in terms of turnover percentage with 12.3 vs 13.1.

The most impactful players on each team in the Golden State Warriors vs. New Orleans Pelicans matchup of the 2018 West Conference Semi-Finals NBA Playoffs were Stephen Curry and Anthony Davis based 25 minutes or greater game-minutes played. Stephen Curry for the Golden State Warriors in the Conference Semi-Finals of the NBA Playoffs, put up 16.0 and made 10.0 , 0.0 offensive rebounds 7.0 defensive rebounds, 8.0 assists performance, with a Player Impact Estimate (PIE) of 0.167. While Anthony Davis put up 26.0 and made 13.0, 2.0 offensive rebounds, 17.0 defensive rebounds, 1.0 assists performance, with a Player Impact Estimate (PIE) of 0.161.