The puzzle revolves around a mischievous kid who steals $100 from a shop. This initial act of stealing sets the stage for the entire money puzzle and establishes the kid’s involvement as the central element.
The kid then uses the stolen $100 to purchase a toy costing $40 from the same shop. This transaction adds another layer of complexity to the puzzle.
After buying the $40 toy, the kid receives $60 in change from the cashier. This seemingly simple transaction complicates the calculation of the shop's loss.
Some people might mistakenly think the shop's loss is only $40 (the value of the toy), ignoring the initial theft and the change given by the kid. Others might think it's $0 because the shop received the $100 back.
The correct solution involves understanding that the shop lost $100 initially when the kid stole the money. The subsequent purchase and change only further illustrate the problem created by the kid’s actions.
To solve this math puzzle involving the kid, we must consider each step:
The kid, after stealing the money and making the purchase, ends up with the $40 toy and $60 in cash – a total of $100. This highlights the successful nature of the kid’s actions, illustrating how the kid profits from the puzzle.
The puzzle tests one's ability to correctly trace the flow of money and recognize the fact that the shop’s losses accumulate rather than cancel out. The kid's theft is the base-line loss; the subsequent events merely add to it.
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