[填空题]
On September 1st, an orchard commences the process of harvesting 9*a7ico.gb es 36 yp6 8du8hu5 3pncb 6h/kwg-lg hectares of apple trees. At the end of September 4th, there were 30 hectares remaining to be harvested, and at the end of September 8th, there were 24 hectares remaining. Assuming that the number of hectares harvested each day is constant, the du3 p6g8wcu-gy 8 bhpl/5h6nktotal number of hectares remaining to be harvested can be described by an arithmetic sequence.
1.Find the number of hectares of apple trees that are harvested each day.
the orchard harvests hectares of apple trees per day.
2.Determine the number of hectares remaining to be harvested at the end of September 1st.
at the end of September 1st, there are hectares remaining to be harvested.
3.Determine the date on which the harvest will be complete.
the harvest will be complete at the end of September th.
In 2021 the orchard sold their apple crop for $220000. It is expected that the selling price will then increase by 3.2% annually for the next 7 years.
4.Determine the amount of money the orchard will earn for their crop in 2026. Round your answer to the nearest dollar.
In 2026, the orchard will earn $ .
for their crop.
5.1.Find the value of $\sum_{n=1}^8(220000 \times 1.032^{n-1})$. Round your answer to the nearest integer.
5.2.Describe, in context, what the value in part (e) (i) represents.
The total amount earned for the apple crop from to
6.Comment on whether it is appropriate to model this situation in terms of a geometric sequence.
the selling price increases at a rate annually.
