Find the rates of growth (rog) of variables and when they are the following continuous functions of time :
I.
II. where
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Find the rates of growth (rog) of variables and when they are the following continuous functions of time :
I.
II. where
Tap an option to check your answer.
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Find the rates of growth (rog) of variables X and Y when they are the following continuous functions of time t: I. X = t³ II. Y = Ae^(∫₀^t r′(s) ds) where r′(s) = dr/ds (A) rog of Y is 3 and rog of X is r(t) (B) rog of Y is 3 and rog of X is ∫₀^t r′(s) ds (C) rog of Y is 3/t and rog of X is r(t) (D) None of the above
Also written as: Find the rates of growth (rog) of variables X and Y when they are the following continuous functions of time t: I. X = t^3 II. Y = Ae^(integral_0^t r'(s) ds) where r'(s) = dr/ds
Limits, continuity and differentiability has come up 122 times in 7 exams since 2006.
This question is on Derivatives in economic use: elasticity, growth and inflection, part of Limits, continuity and differentiability in Mathematics.
Interpreting derivatives as growth rates and elasticities, and the meaning of an inflection point.
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Question from the JNU SIS 2018 paper. Solutions are TestStop's own. Not affiliated with or endorsed by any examination authority.