Player Management Math Quiz
Questions: 16 · 10 minutes
1. A program requires one coach for every eight players. How many coaches are needed to maintain that ratio for 40 players?
6 coaches
4 coaches
5 coaches
8 coaches
2. A player’s planned weekly workload rises from 20 units to 25 units. What is the percentage increase?
5%
25%
80%
20%
3. A match provides 240 total player-minutes. The starting group accounts for 150 of them. How many player-minutes remain for the rest of the squad?
90 player-minutes
80 player-minutes
100 player-minutes
150 player-minutes
4. A manager wants to reduce a player’s monthly workload from 480 units to 408 units. What percentage reduction is required?
15%
12%
18%
72%
5. Eighteen players each attend four training sessions, while six players each attend two. What is the average number of sessions attended across all 24 players?
3.25 sessions
3 sessions
3.5 sessions
3.75 sessions
6. Player A scores 18 points in 60 minutes, while Player B scores 14 points in 40 minutes. Who has the higher scoring rate, and by how much?
Player B, by 0.10 points per minute
Player A, by 0.05 points per minute
Player B, by 0.05 points per minute
They have the same scoring rate
7. A player is available for 72 of a team’s 90 scheduled sessions. What is the player’s availability rate?
125%
72%
18%
80%
8. A development budget of $96,000 supports 12 players for eight months. If it is allocated evenly, what is the budget per player per month?
$800
$1,000
$1,200
$960
9. A squad records six injuries over 1,200 player-hours of exposure. What is the injury incidence per 1,000 player-hours?
5 injuries per 1,000 player-hours
6 injuries per 1,000 player-hours
0.5 injuries per 1,000 player-hours
50 injuries per 1,000 player-hours
10. A 22-player roster has three injured players and two suspended players, with no overlap between the groups. What percentage of the roster is available?
68.2%
77.3%
72.7%
81.8%
11. Two players each have an independent 10% chance of being unavailable. What is the probability that at least one will be unavailable?
10%
19%
20%
90%
12. A player completes 7 of 10 assigned tasks in one session and 9 of 15 in another. What is the combined completion rate across both sessions?
64%
68%
60%
70%
13. Five players have weekly workload values of 6, 8, 9, 11, and 16 units. What is the median workload?
8 units
10 units
11 units
9 units
14. A roster has a salary budget of $1,200,000 and current commitments of $875,000. How much remains available?
$225,000
$275,000
$375,000
$325,000
15. A player records 24, 30, and 18 minutes across three matches. What is the mean playing time per match?
22 minutes
26 minutes
24 minutes
72 minutes
16. Seven players must share 210 available player-minutes equally. How many minutes should each player receive?
28 minutes
35 minutes
42 minutes
30 minutes