The rate at which oil leaks from a drum is modeled by the twice-differentiable function R, where R(t) is measured in gal

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The rate at which oil leaks from a drum is modeled by the twice-differentiable function R, where R(t) is measured in gal

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The Rate At Which Oil Leaks From A Drum Is Modeled By The Twice Differentiable Function R Where R T Is Measured In Gal 1
The Rate At Which Oil Leaks From A Drum Is Modeled By The Twice Differentiable Function R Where R T Is Measured In Gal 1 (52.28 KiB) Viewed 17 times
The rate at which oil leaks from a drum is modeled by the twice-differentiable function R, where R(t) is measured in gallons per hour and t is measured in hours for 0 ≤t≤2. Values of R(t) are given in the table above for selected values of t. t(hours) 0 (d) The sum ZR-12 R(t) (gallons per hour) 16 n • £ R ( 1/2 + 1/)/1/1 k n k=1 goes to infinity can be interpreted as a definite integral, Express the limit as a definite integral. 1 12 7 3 2 0 is a right Riemann sum with n subintervals of equal length. The limit of this sum as n
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