A \u20ac20 bonus at 35x wagering needs \u20ac700 in eligible stakes. If a game contributes 100%, the full \u20ac700 counts; at 10%, the player must stake \u20ac7,000 for the same credit. The contribution table, not the game\u2019s RTP or volatility, sets that pace.<\/p>\n
It converts each real-money stake into wagering progress. A \u20ac1 spin on a 100% slot adds \u20ac1; a \u20ac1 hand on a 10% live table adds \u20ac0.10. A \u20ac250 bonus at 30x wagering needs \u20ac7,500 in progress, so a 20% table game would require \u20ac37,500 in stakes. The takeaway: compare games by contribution before comparing stake sizes, because a small slot stake can clear faster than a large table stake.<\/p>\n
Operators typically give slots full or near-full contribution because rounds are quick and the house edge is built into every spin. Table and live-dealer games often sit lower because they permit slower, more strategic play. For example, a \u20ac5 blackjack hand at 20% contribution generates \u20ac1 of progress; the same \u20ac5 on a 100% slot generates \u20ac5. The result is uneven clearing when a player mixes game types, even if total stakes are identical.<\/p>\n
No. RTP changes expected loss over time, not the contribution rate. A 96% RTP slot at 100% contribution clears \u20ac700 of wagering in \u20ac700 of stakes; a 99% RTP game at 10% contribution needs \u20ac7,000 of stakes. The educational point is to separate game return from bonus progress: a higher-RTP game can still be a slower bonus-clearing choice.<\/p>\n