Daily Math Puzzle: 2026-07-29

Sharpen your mathematical thinking with fresh puzzles delivered daily.

🧩 New Puzzle Every Day — Free
← Back To Today
2026-07-29

In a thrilling race for the legendary 'Sunken Pearl', two rival captains, Blackheart and Pete, set sail for a remote island 100 nautical miles away. Each captain employs a different strategy: * **Captain Blackheart** sails the first *half of the total distance* at a blistering 10 knots. For the remaining *half of the total distance*, he conserves fuel and sails at a slower 5 knots. * **Smuggler Pete**, planning his journey differently, sails for the first *half of his total travel time* at a rapid 10 knots. For the second *half of his total travel time*, he drops to a more relaxed 5 knots. Assuming they start simultaneously and face no other obstacles, who reaches the treasure island first?

🔥 Build your streak — solve daily in the app
Solution
🧩

Never Miss a Daily Puzzle

Download TestPrepMagic and get push notifications for each day's puzzle. Build daily streaks and track your improvement.

Download Free App

Related Puzzles

Math Puzzle: 2026-07-28

A cutting-edge AI startup, 'Synapse Solutions', celebrated a phenomenal first year, increasing its revenue by a massive 60% compared to its initial starting point. However, market volatility hit hard in the second year, causing its revenue to plummet by 40% *relative to the first year's peak*. Undeterred, they launched a new product in the third year, which sparked a recovery, boosting revenue by 25% *compared to the second year's reduced level*. What was the overall percentage change in Synapse Solutions' revenue from its initial starting point to the end of the third year?

Math Puzzle: 2026-07-27

Dr. Aris is conducting an experiment to measure the quantum entanglement decay rate of a new exotic particle. Her detector records a specific 'stability index' value every hour. The readings so far are: 1, 6, 15, 28, 45. Based on this sequence, what 'stability index' value should Dr. Aris expect to see in the next hour?

Math Puzzle: 2026-07-26

A wildlife sanctuary prepares a special formula for its young orphaned bear cubs. A batch of this formula, when fed at the standard rate, is sufficient to feed 8 cubs for 12 days. Due to a new intake, the sanctuary now has 12 cubs. To ensure all cubs receive adequate nutrition, the sanctuary decides to increase the daily feeding amount for *each* cub by 25% from the standard rate. Assuming they prepare an identical batch of formula, for how many days will this batch now last for the 12 cubs?