Mathematics, 07.12.2019 00:31 han68
The demand for lumber is increasing exponentially. the amount of timber n, in billion cubic feet, consumed t years after 1997 can be approximated by n(t)=66(1.018)t, where t=0 corresponds to 1997.how much lumber was consumed in 1997? ( in billions cubic feet )how much lumber was consumed in 1998?  (round to the nearest hundredth) estimate the amount of lumber which will be consumed in 2000. (round to the nearest hundredth)estimate the amount of lumber which will be consumed in 2010. (round to the nearest hundredth)what would the graph of this look like? (round to the nearest hundredth)
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Mathematics, 21.06.2019 23:30
Zach spent 2/3 hour reading on friday a 11/3 hlurs reading on saturday. how much more time did he read on saturday tha on friday
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Mathematics, 21.06.2019 23:40
Solve these problems: 1.what is the perimeter of an equilateral triangle with sides measuring 6cm? 2. a regular pentagon has sides measuring 3.2 cm. what is its perimeter? 3. a regular decagon has sides of 3.5mm . what is it’s perimeter? 4. a regular octagon has a perimeter of 64cm. what is the length of one of the sides? 5. a regular hexagon has a perimeter of 72mm . what is the length of one of the sides? 6. what is the perimeter of a rhombus with sides measuring 11m?
Answers: 2
The demand for lumber is increasing exponentially. the amount of timber n, in billion cubic feet, co...
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