An experimental forest is to be grown by planting 3000 trees each year on the same day of the year. The trees each contain 0.005 cubic meter of wood when they are planted and increase in volume at the rate of 16.65 % at the end of half-year thereafter. What will be the total volume of all the trees in the forest after 10 years? (Assume that no trees die.)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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An experimental forest is to be grown by planting 3000 trees each year on the same day of the year. The trees each contain 0.005 cubic meter of wood when they are planted and increase in volume at the rate of 16.65 % at the end of half-year thereafter. What will be the total volume of all the trees in the forest after 10 years? (Assume that no trees die.)

An experimental forest is to be grown by planting 3000 trees each year
on the same day of the year. The trees each contain 0.005 cubic meter
of wood when they are planted and increase in volume at the rate of
16.65 % at the end of half-year thereafter. What will be the total
volume of all the trees in the forest after 10 years? (Assume that no
trees die.)
Answer:
Transcribed Image Text:An experimental forest is to be grown by planting 3000 trees each year on the same day of the year. The trees each contain 0.005 cubic meter of wood when they are planted and increase in volume at the rate of 16.65 % at the end of half-year thereafter. What will be the total volume of all the trees in the forest after 10 years? (Assume that no trees die.) Answer:
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