In 2002, a company sold 2,480 units. The company's accountant noticed a 5.2% continuous annual increase in the number of units sold between 2002 and 2008. a. Identify a natural exponential function N(f) that models the number of units sold by the company, where t is the number of years after 2002. O N (t) = 2,480 (0.052) O N(t) = 2,480 e5.2 t O N(t) = 2,480 (5.2)t O N(t) = 2,480 e0-D52 t b. Find and interpret N(4). O 4,004; In the year 2006, the number of urs sold by the company was approximately 4,004 units. O 4,004; The number of units sold by the company was increased by 4,004 units since 2006. O 3,053; In the year 2006, the number of units sold by the company was approximately 3,053 units. O 3,053; The number of units sold by the company was increased by 3,053 units since 2006. c. If this growth rate continues, use your model to estimate when the company will sell approximately 8,000 units. Solve algebraically and round your answer to the nearest whole number. Number years after 2002, or Number

Algebra and Trigonometry (MindTap Course List)
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Chapter4: Exponential And Logarithmic Functions
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In 2002, a company sold 2,480 units. The company's accountant noticed a 5.2% continuous annual increase in the number of units sold between 2002 and
2008.
a. Identify a natural exponential function N(f) that models the number of units sold by the company, where t is the number of years after 2002.
O N(t) = 2,480 (0.052)*
O N(t).= 2,480 e5.2 t
%3D
N (t) = 2,480 (5.2)t
O N(t) = 2,480 e0.052 t
b. Find and interpret N(4).
4,004; In the year 2006, the number of urs sold by the company was approximately 4,004 units.
4,004; The number of units sold by the company was increased by 4,004 units since 2006.
3,053; In the year 2006, the number of units sold by the company was approximately 3,053 units.
3,053; The number of units sold by the company was increased by 3,053 units since 2006.
c. If this growth rate continues, use your model to estimate when the company will sell approximately 8,000 units. Solve algebraically and round your answer
to the nearest whole number.
Number
years after 2002, or
Number
Transcribed Image Text:In 2002, a company sold 2,480 units. The company's accountant noticed a 5.2% continuous annual increase in the number of units sold between 2002 and 2008. a. Identify a natural exponential function N(f) that models the number of units sold by the company, where t is the number of years after 2002. O N(t) = 2,480 (0.052)* O N(t).= 2,480 e5.2 t %3D N (t) = 2,480 (5.2)t O N(t) = 2,480 e0.052 t b. Find and interpret N(4). 4,004; In the year 2006, the number of urs sold by the company was approximately 4,004 units. 4,004; The number of units sold by the company was increased by 4,004 units since 2006. 3,053; In the year 2006, the number of units sold by the company was approximately 3,053 units. 3,053; The number of units sold by the company was increased by 3,053 units since 2006. c. If this growth rate continues, use your model to estimate when the company will sell approximately 8,000 units. Solve algebraically and round your answer to the nearest whole number. Number years after 2002, or Number
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