1Henoids 1H Applications of functions534 A cuboid tank is open at the top and the internaldimensions of its base are xm and 2x m. The heighth mis h m. The volume of the tank is V m³ and thevolume is fixed. Let S m² denote the internal surfacex marea of the tank.2x mniboo taa Find S in terms of:brooo baoosi x and hii V and xg bwi on ter doud nob State the maximal domain for the function defined by the rule in part a ii.c If 2 < x < 15, find the maximum value of S if V = 1000 m³.

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enoids 1H Applications of functions 53 4 A cuboid tank is open at the top and the internal dimensions of its base are x m and 2x m. The height h m is h m. The volume of the tank is V m³ and the volume is fixed. Let S m2 denote the internal surface x m area of the tank. 2x m a Find S in terms of: hibnooo baoss e i x and h ii V and x b State the maximal domain for the function defined by the rule in part a ii. c If 2 < x< 15, find the maximum value of S if V = 1000 m³.

enoids 1H Applications of functions 53 4 A cuboid tank is open at the top and the internal dimensions of its base are x m and 2x m. The height h m is h m. The volume of the tank is V m³ and the volume is fixed. Let S m2 denote the internal surface x m area of the tank. 2x m a Find S in terms of: hibnooo baoss e i x and h ii V and x b State the maximal domain for the function defined by the rule in part a ii. c If 2 < x< 15, find the maximum value of S if V = 1000 m³.

College Algebra

7th Edition

ISBN:9781305115545

Author:James Stewart, Lothar Redlin, Saleem Watson

Publisher:James Stewart, Lothar Redlin, Saleem Watson

Chapter2: Functions

Section2.3: Getting Information From The Graph Of A Function

Problem 64E

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