Not on the report · Oct 16, 09:23 PM UTC · report fresh

#99Kenyon Martin Jr.
Minnesota Timberwolves
F
Unconfirmed
12.7PTS
1.5AST
5.5REB
27.4MIN
56.9%FG%
31.5%3P%
PTS per game
Season 2022-23
Shooting and other averages
- FGM / FGA
- 5.0 / 8.8
- FG%
- 56.9%
- 3PM / 3PA
- 0.8 / 2.6
- 3P%
- 31.5%
- FTM / FTA
- 1.8 / 2.7
- FT%
- 68.0%
- REB
- 5.5
- AST
- 1.5
- OREB / DREB
- 1.5 / 4.0
- STL / BLK
- 0.5 / 0.4
- TOV / PF
- 1.1 / 1.8
- MIN
- 27.4
Sample: 82 games · Descriptive averages, not projections.
Game log
Season 2022-23- Mean
- 12.7. Average of the games with data
- Median
- 13.0. Middle value of the games with data
- Std. dev.
- 5.7. Sample standard deviation (n−1); needs 2+ games
- CV
- 45%. Coefficient of variation = standard deviation / mean; lower = more consistent; needs 2+ games
- P25–P75
- 8.0–16.0. Interquartile range (linear interpolation); needs 4+ games
- Min–Max
- 2.0–31.0. Minimum and maximum value
- Trend
- +0.07/game. Least-squares slope per game, in chronological order; needs 3+ games
- Last 5 vs earlier
- +0.1. Mean of the latest games minus the mean of the earlier ones; needs 4+ games
What does it mean?
- Mean: Average of the games with data
- Median: Middle value of the games with data
- Std. dev.: Sample standard deviation (n−1); needs 2+ games
- CV: Coefficient of variation = standard deviation / mean; lower = more consistent; needs 2+ games
- P25–P75: Interquartile range (linear interpolation); needs 4+ games
- Min–Max: Minimum and maximum value
- Trend: Least-squares slope per game, in chronological order; needs 3+ games
- Last 5 vs earlier: Mean of the latest games minus the mean of the earlier ones; needs 4+ games
Descriptive of 82 games with data · history, not a probability.
Recorded career
UTA2024-25
PHI2023-24 – 2024-25
LAC2023-24
HOU2021-22 – 2022-23
Team of each game in the history (team-at-game); not the current roster.
Line frequency by span · PTS ≥ 12.5
- Last 333%1/3
- Last 540%2/5
- Last 1060%6/10
- Last 2070%14/20
- All shown54%44/82
Games shown at or above the line. History only, not a probability.