A biologist took a count of the number of migrating waterfowl at a particular lake, and the lake’s population of waterfowl on each of the next six weeks. Find a quadratic function that models the data as a function of x, the number of weeks. Use the model to estimate the number of waterfowl at the lake on week 8. A. Px=25x2-28x+585;1,614 waterfowl B. Px=30x2+28x+535;2,679 waterfowl C. Px=25x2-28x+585;1,961 waterfowl D. Px=30x2+28x+535;2,201 waterfowl

Question
A biologist took a count of the number of migrating waterfowl at a particular lake, and the lake’s population of waterfowl on each of the next six weeks. Find a quadratic function that models the data as a function of x, the number of weeks. Use the model to estimate the number of waterfowl at the lake on week 8. A. Px=25x2-28x+585;1,614 waterfowl B. Px=30x2+28x+535;2,679 waterfowl C. Px=25x2-28x+585;1,961 waterfowl D. Px=30x2+28x+535;2,201 waterfowl
Answer:
A biologist took a count of the number of migrating waterfowl at a particular lake, and the lake’s population of waterfowl on each of the next six weeks. Find a quadratic function that models the data as a function of x, the number of weeks. Use the model to estimate the number of waterfowl at the lake on week 8. A. Px=25x2-28x+585;1,614 waterfowl B. Px=30x2+28x+535;2,679 waterfowl C. Px=25x2-28x+585;1,961 waterfowl D. Px=30x2+28x+535;2,201 waterfowl 651059df757af.webp
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algebra 11 months ago 3013