WHAT_KIND_OF_RELATION_CAN_BE_OBTAINED_BETWEEN_FIRST_ORDER_DERIVATIVE_AND_SECOND_ORDER_DERIVATIVE_OF_AN_IMAGE_ON_THE_RESPONSE_OBTAINED_BY_ENCOUNTERING_AN_ISOLATED_NOISE_POINT_IN_THE_IMAGE??$

Question

TuteeHUB · Accepted Answer

Both enhances the same and so the response is same for both first and second order derivative

TuteeHUB · Answer

First order derivative has a stronger response than a second order

TuteeHUB · Answer

Second order derivative has a stronger response than a first order

TuteeHUB · Answer

None of the mentioned

1.	WHAT_KIND_OF_RELATION_CAN_BE_OBTAINED_BETWEEN_FIRST_ORDER_DERIVATIVE_AND_SECOND_ORDER_DERIVATIVE_OF_AN_IMAGE_ON_THE_RESPONSE_OBTAINED_BY_ENCOUNTERING_AN_ISOLATED_NOISE_POINT_IN_THE_IMAGE??$
A.	First order derivative has a stronger response than a second order
B.	Second order derivative has a stronger response than a first order
C.	Both enhances the same and so the response is same for both first and second order derivative
D.	None of the mentioned
Answer» C. Both enhances the same and so the response is same for both first and second order derivative

WHAT_KIND_OF_RELATION_CAN_BE_OBTAINED_BETWEEN_FIRST_ORDER_DERIVATIVE_AND_SECOND_ORDER_DERIVATIVE_OF_AN_IMAGE_ON_THE_RESPONSE_OBTAINED_BY_ENCOUNTERING_AN_ISOLATED_NOISE_POINT_IN_THE_IMAGE??$

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