combination soccer balls soccer nets\na 10 0\nb 8 1\nc 6 2\nd 4 3\ne 2 4\nf 0 5\nwhich statement correctly…

Brief Explanations:

Opportunity cost is what is given - up to get something else. When moving from combination A (10 soccer balls, 0 soccer nets) to combination B (8 soccer balls, 1 soccer net), 2 soccer balls are given up to produce 1 soccer net. When moving from combination B to combination C (6 soccer balls, 2 soccer nets), again 2 soccer balls are given up to produce 1 more soccer net. So, the opportunity cost of producing one soccer net is two soccer balls. When moving from combination A to combination C, 4 soccer balls are given up to produce 2 soccer nets, meaning the opportunity cost of producing two soccer nets is four soccer balls. When moving from combination A to combination D (4 soccer balls, 3 soccer nets), 6 soccer balls are given up to produce 3 soccer nets, so the opportunity cost of producing three soccer nets is six soccer balls. When moving from combination A to combination E (2 soccer balls, 4 soccer nets), 8 soccer balls are given up to produce 4 soccer nets, so the opportunity cost of producing four soccer nets is eight soccer balls. When moving from combination A to combination F (0 soccer balls, 5 soccer nets), 10 soccer balls are given up to produce 5 soccer nets, so the opportunity cost of producing five soccer nets is ten soccer balls.

Answer:

The opportunity cost of producing one soccer net is two soccer balls. But among the given options, none is completely correct as stated. If we assume some mis - statement in the options and consider the closest logic, when moving from combination A to combination B, the opportunity cost of producing one soccer net is two soccer balls. If we re - phrase the options in a correct way, the closest would be that the opportunity cost of producing one soccer net is two soccer balls. But as the options stand, there is no correct answer.