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A jawbreaker is a ball of hard candy filled with multiple colored layers (or rings) of hardened sugar. Mirra sells jawbreakers of three layers. The yellow core (r = 2 cm) is surrounded by a 2 cm layer of pink sugar, which in turn, is coated with 2 cm of white sugar. If each layer is 1 cm thicker than it is supposed to be, use partial differentials to approximate how much larger (in cm²) the cross sectional area will be.

A jawbreaker is a ball of hard candy filled with multiple colored layers (or rings) of hardened sugar. Mirra sells jawbreakers of three layers. The yellow core (r = 2 cm) is surrounded by a 2 cm layer of pink sugar, which in turn, is coated with 2 cm of white sugar. If each layer is 1 cm thicker than it is supposed to be, use partial differentials to approximate how much larger (in cm²) the cross sectional area will be.

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 93E
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A jawbreaker is a ball of hard candy filled with multiple colored layers (or rings) of hardened sugar. Mirra sells jawbreakers of three layers. The yellow core (r = 2 cm) is surrounded by a 2 cm layer of pink sugar, which in turn, is coated with 2 cm of white sugar. If each layer is 1 cm thicker than it is supposed to be, use partial differentials to approximate how much larger (in cm²) the cross sectional area will be. Divide your final answer by before inputting.
Transcribed Image Text:A jawbreaker is a ball of hard candy filled with multiple colored layers (or rings) of hardened sugar. Mirra sells jawbreakers of three layers. The yellow core (r = 2 cm) is surrounded by a 2 cm layer of pink sugar, which in turn, is coated with 2 cm of white sugar. If each layer is 1 cm thicker than it is supposed to be, use partial differentials to approximate how much larger (in cm²) the cross sectional area will be. Divide your final answer by before inputting.
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