Discussion
Differentiation of unit impulse function results ............... function.
Answer: D
Differentiating the unit impulse gives the unit doublet.
The singularity functions form a chain in which each is the derivative of the one before it: the unit ramp differentiates to the unit step, the unit step to the unit impulse \(\delta(t)\), and the unit impulse to the unit doublet \(\delta'(t)\), a pair of opposite impulses infinitely close together.
So the unit ramp and unit step come before the impulse in the chain, being its integrals rather than its derivative, and the impulse itself is what is being differentiated, not the result.
No comment is present. Be the first to comment.
Loading…
Post your comment
Please log in or register to post a comment.
Examination Categories
- SSC Exams
- Banking Exams
- Teaching Exams
- Civil Services Exams
- Railways Exams
- Engineering Recruitment Exams
- Defence Exams
- State Government Exams
- Police Exams
- Insurance Exams
- Nursing Exams
- Other Government Exams
- NRA CET
- PG Entrance Exams
- Campus Placement
- MBA Entrance Exams
- CUET and UG Entrance
- Judiciary Exams
- Regulatory Body Exams
- Software Development