Whether a dominant pole approximation can be applied to a given transfer function or not.

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Answer 1

Question

Chapter 4, Problem 54P

a.

To determine

Whether a dominant pole approximation can be applied to a given transfer function or not.

b.

To determine

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

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Answer 2

Question

Chapter 4, Problem 54P

a.

To determine

Whether a dominant pole approximation can be applied to a given transfer function or not.

b.

To determine

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

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Answer 3

Question

Chapter 4, Problem 54P

a.

To determine

Whether a dominant pole approximation can be applied to a given transfer function or not.

b.

To determine

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

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Answer 4

Question

Chapter 4, Problem 54P

a.

To determine

Whether a dominant pole approximation can be applied to a given transfer function or not.

b.

To determine

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

Expert Solution & Answer

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Answer 5

Chapter 4, Problem 54P

a.

To determine

Whether a dominant pole approximation can be applied to a given transfer function or not.

b.

To determine

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

Answer 6

Chapter 4, Problem 54P

a.

To determine

Whether a dominant pole approximation can be applied to a given transfer function or not.

Answer 7

Chapter 4, Problem 54P

a.

To determine

Whether a dominant pole approximation can be applied to a given transfer function or not.

Answer 8

b.

To determine

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

Answer 9

b.

To determine

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

Answer 10

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Answer 11

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Answer 12

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Answer 13

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Whether a dominant pole approximation can be applied to a given transfer function or not.

Whether a dominant pole approximation can be applied to a given transfer function or not.

The body sway caused by a 250 μA pulse of 150 msec duration. θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)

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Chapter 4 Solutions

The body sway caused by a 250 μA pulse of 150 msec duration.

θ(s)I(s)=5.8(0.3s+1)e−0.1s(s+1)(s2/1.22+0.6s/1.2+1)