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), where t=0 corresponds to 1997. How much lumber was consumed in 1998? 67.19 billion cubic feet (Round to the nearest hundredth.) How much lumber was consumed in 2000. billion cubic feet (Round to the nearest hundredth.)

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ChapterP: Prerequisites: Fundamental Concepts Of Algebra
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Math 102 - College Algebra (Summer 2022) Section 11
Homework: Section 5.2 - Exponential Functions and Graphs
Question 10, 5.2.71
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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), where t=0 corresponds to 1997.
How much lumber was consumed in 1998?
67.19 billion cubic feet
(Round to the nearest hundredth.)
How much lumber was consumed in 2000.
billion cubic feet
(Aound to the nearest hundredth.)
1 # I' ■
√₁ V
1, (1)
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Transcribed Image Text:X MyLab and Mastering X P Do Homework - Section 5.2 - EX Course Home (38) Nostálgico (Letra/Lyric с mylab.pearson.com/Student/PlayerHomework.aspx?homeworkId=626634562&questionId=1&flushed=false&cid=6978 YouTube San Bernardino Va... M Gmail BankMobile VIBE N Netflix h Hulu Disney+ | Movies... a Prime Video Weath Math 102 - College Algebra (Summer 2022) Section 11 Homework: Section 5.2 - Exponential Functions and Graphs Question 10, 5.2.71 Part 2 of 3 > 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), where t=0 corresponds to 1997. How much lumber was consumed in 1998? 67.19 billion cubic feet (Round to the nearest hundredth.) How much lumber was consumed in 2000. billion cubic feet (Aound to the nearest hundredth.) 1 # I' ■ √₁ V 1, (1) Help me solve this MacBook Air ← View an example Get more help. More
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