Question: An object moves with velocity as given in the graph below (in ft/sec). 10 8 velocity ofv'sec) 10 time (SEC) After 13 seconds, How far

 An object moves with velocity as given in the graph below(in ft/sec). 10 8 velocity ofv'sec) 10 time (SEC) After 13 seconds,How far is the object from where it started (Net Change)? ft

What is the total distance the object traveled (Total Change)? ftThe marginalcost function 0' '(m) is shown below, where 1: is in thousandsof units. If the total cost of producing 2 thousand units is

An object moves with velocity as given in the graph below (in ft/sec). 10 8 velocity ofv'sec) 10 time (SEC) After 13 seconds, How far is the object from where it started (Net Change)? ft What is the total distance the object traveled (Total Change)? ftThe marginal cost function 0' '(m) is shown below, where 1: is in thousands of units. If the total cost of producing 2 thousand units is 0(2) = $2900, use the Net Change concept to determine the total cost of producing 3 thousand units. 26' 18 16 14 12 16' Memo:- The rate of consumption of oil in Canada during the 1990's (in billions of barrels per year} is modeled by the t function 23.99632, where t is the number or years after January 1, 1990. Find the total consumption of oil in Canada from January 1, 1990 to January 1, 2000. Round to three decimal places. Answer = billions of barrels

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