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If the number of poles (m) are greater than the number of zeros (n), then there will be _________ number of zeros at s = ∞.

If the number of poles (m) are greater than the number of zeros (n), then there will be _________ number of zeros at s = ∞. Correct Answer m-n

If the number of poles (m) are greater than the number of zeros (n), then there will be (m-n) number of zeros at s = ∞ and to obtain (m-n) poles at s = ∞ the condition is m>n.

Related Questions

If the number of zeros (n) are greater than the number of poles (m), then there will be _________ number of zeros at s = ∞.
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If the poles or zeros are not repeated, then the function is said to be having __________ poles or ________ zeros.
If the poles or zeros are repeated, then the function is said to be having __________ poles or ________ zeros.
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1. the Earth has a rotational motion and the rotational speed increases as one goes from the Poles towards the Equator.
2. the Equator experiences greater gravitational pull from the Sun.
3. the intensity of sunlight received at the Equator is greater than that at the Poles.
For the complex zeros to appear in conjugate pairs the poles of the network function are ____ and zeros of the network function are ____________