Consider the following transfer function: 4 s(s2 + s + 4) How does its polar plot behave while w approaches to 0? Approaching to oo with an asymptote parallel to real axis Approaching to 0 tangent to positive imaginary axis Approaching to 00 with an asymptote parallel to imaginary axis Approaching to OO with no asymptote Approaching to 0 tangent to negative imaginary axis
Consider the following transfer function: 4 s(s2 + s + 4) How does its polar plot behave while w approaches to 0? Approaching to oo with an asymptote parallel to real axis Approaching to 0 tangent to positive imaginary axis Approaching to 00 with an asymptote parallel to imaginary axis Approaching to OO with no asymptote Approaching to 0 tangent to negative imaginary axis
Introductory Circuit Analysis (13th Edition)
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![Consider the following transfer function:
4
s(s? +s + 4)"
How does its polar plot behave while W approaches to 0?
Approaching to o with an asymptote parallel to real axis
Approaching to 0 tangent to positive imaginary axis
Approaching to O0 with an asymptote parallel to imaginary axis
Approaching to o with no asymptote
Approaching to 0 tangent to negative imaginary axis](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faad1eff4-6262-4119-a008-57a418812a8e%2Fe7d44fb6-b35e-4b1f-a0e4-bc9e73d1c702%2F51tmw54_processed.png&w=3840&q=75)
Transcribed Image Text:Consider the following transfer function:
4
s(s? +s + 4)"
How does its polar plot behave while W approaches to 0?
Approaching to o with an asymptote parallel to real axis
Approaching to 0 tangent to positive imaginary axis
Approaching to O0 with an asymptote parallel to imaginary axis
Approaching to o with no asymptote
Approaching to 0 tangent to negative imaginary axis
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