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Since YouTube first became available to the public in mid-2005, the rate at which video has been uploaded to the site can be approximated by v(t)=1.1²2.60+ 2.3 million hours of video per year (0sts 9), where t is time in years since the start of June 2005.1 (a) Find an expression for the total number of hours V(t) of video at time t (starting from zero hours of video at t= 0). (Round your coefficients to four decimal places.) V(t)- 182.7 x (b) Use the answer to part (a) to estimate the total number of hours of video uploaded by the start of 2014. (Round your answer to the nearest million hours of video.) x million hours of video 157.87

Since YouTube first became available to the public in mid-2005, the rate at which video has been uploaded to the site can be approximated by v(t)=1.1²2.60+ 2.3 million hours of video per year (0sts 9), where t is time in years since the start of June 2005.1 (a) Find an expression for the total number of hours V(t) of video at time t (starting from zero hours of video at t= 0). (Round your coefficients to four decimal places.) V(t)- 182.7 x (b) Use the answer to part (a) to estimate the total number of hours of video uploaded by the start of 2014. (Round your answer to the nearest million hours of video.) x million hours of video 157.87

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Since YouTube first became available to the public in mid-2005, the rate at which video has been uploaded to the site can be approximated by v(t)=1.1²2-2.6t+2.3 million hours of video per year (0sts 9), where t is time in years since the start of June 2005.1 (a) Find an expression for the total number of hours V(t) of video at time t (starting from zero hours of video at t= 0). (Round your coefficients to four decimal places.) V(t)- 182.7 x (b) Use the answer to part (a) to estimate the total number of hours of video uploaded by the start of 2014. (Round your answer to the nearest million hours of video.) x million hours of video 157.87
Transcribed Image Text:Since YouTube first became available to the public in mid-2005, the rate at which video has been uploaded to the site can be approximated by v(t)=1.1²2-2.6t+2.3 million hours of video per year (0sts 9), where t is time in years since the start of June 2005.1 (a) Find an expression for the total number of hours V(t) of video at time t (starting from zero hours of video at t= 0). (Round your coefficients to four decimal places.) V(t)- 182.7 x (b) Use the answer to part (a) to estimate the total number of hours of video uploaded by the start of 2014. (Round your answer to the nearest million hours of video.) x million hours of video 157.87
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