Exam 2: Extension H: Limits and Derivatives

Determine the values of x for which the given linear approximation is accurate to within 0.07 at a = 0.

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Use the linear approximation of the function at to approximate the number

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Question 2

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Find the differential of the function.

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The circumference of a sphere was measured to be 88 cm with a possible error of 0.7 cm.Use differentials to estimate the maximum error in the calculated volume.

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Question 4

Use differentials to estimate the amount of paint needed to apply a coat of paint cm thick to a hemispherical dome with diameter m.

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Question 5

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Exam 2: Extension H: Limits and Derivatives

Determine the values of x for which the given linear approximation is accurate to within 0.07 at a = 0.

Use the linear approximation of the function at to approximate the number

Find the differential of the function.

The circumference of a sphere was measured to be 88 cm with a possible error of 0.7 cm.Use differentials to estimate the maximum error in the calculated volume.

Use differentials to estimate the amount of paint needed to apply a coat of paint cm thick to a hemispherical dome with diameter m.

Extension A: Functions and Models

Extension B: Functions and Models

Extension C: Functions and Models

Extension D: Functions and Models

Extension E: Functions and Models

Extension F: Functions and Models

Extension A: Limits and Derivatives

Extension B: Limits and Derivatives

Extension C: Limits and Derivatives

Extension D: Limits and Derivatives

Extension E : Limits and Derivatives

Extension F: Limits and Derivatives

Extension G: Limits and Derivatives

Extension A: Differentiation Rules

Extension B: Differentiation Rules

Extension C: Differentiation Rules

Extension D: Differentiation Rules

Extension E: Differentiation Rules

Extension F: Differentiation Rules

Extension G: Differentiation Rules

Extension A: Applications of Differentiation

Extension B: Applications of Differentiation

Extension C: Applications of Differentiation

Extension D: Applications of Differentiation

Extension E: Applications of Differentiation

Extension F: Applications of Differentiation

Extension G: Applications of Differentiation

Extension A: Integrals

Extension B: Integrals

Extension C: Integrals

Extension D: Integrals

Extension E: Integrals

Extension A: Applications of Integration

Extension B: Applications of Integration

Extension C: Applications of Integration

Extension D: Applications of Integration

Extension E: Applications of Integration

Extension F: Applications of Integration

Extension A: Differential Equations

Extension B: Differential Equations

Extension C: Differential Equations

Extension D: Differential Equations

Extension E: Differential Equations

Extension F: Differential Equations

Extension G: Differential Equations

Extension A: Infinte Sequences and Series

Extension B: Infinte Sequences and Series

Extension C: Infinte Sequences and Series

Extension D: Infinte Sequences and Series

Extension E: Infinte Sequences and Series

Extension F: Infinte Sequences and Series

Extension G: Infinte Sequences and Series

Extension H: Infinte Sequences and Series

Extension A: Vectors and the Geometry of Space

Extension B: Vectors and the Geometry of Space

Extension C: Vectors and the Geometry of Space

Extension D: Vectors and the Geometry of Space

Extension E: Vectors and the Geometry of Space

Extension A: Vector Functions

Extension B: Vector Functions

Extension C: Vector Functions

Extension D: Vector Functions

Extension E: Vector Functions

Extension F: Vector Functions

Extension H: Vector Functions

Extension G: Vector Functions

Extension H: Vector Functions

Extension A: Partial Derivatives

Extension B: Partial Derivatives

Extension C: Partial Derivatives

Extension D: Partial Derivatives

Extension E: Partial Derivatives

Extension F: Partial Derivatives

Extension G: Partial Derivatives