Determine which differential equation best represents the system described by the blockdiagram below.x(t)Oa.b.C.d.+y(t) - 3 dy()dty(t)+3°y(t) — 3.dy(t)dtdy(t)dty(t) + 3 dy(t)dt3ddtddt¸d²x(t)dt²· 4x(t) + 2·-4= −4x(t) + 2-== −4x(t) + 2-2d²x(t)dt²d²x(t)dt²= 0- 4x(t) + 2² = 0d²x(t)dt²+y(t)

it is asked to represent the given block diagram into differential equation

Determine which differential equation best represents the system described by the block diagram below. x(t) O a. b. C. d. + y(t) - 3 dy() dt dy(t) dt y(t) +34 dy(t) dt y(t) — 3. y(t) + 3 dy(t) dt 3 d dt d dt d²x(t) dt² · 4x(t) + 2· 2 -4 = −4x(t) + 2- 2 d²x(t) dt² = = −4x(t) + 2- = 0 d²x(t) dt² − 4x(t) + 2² = 0 d²x(t) dt² + y(t)

Determine which differential equation best represents the system described by the block diagram below. x(t) O a. b. C. d. + y(t) - 3 dy() dt dy(t) dt y(t) +34 dy(t) dt y(t) — 3. y(t) + 3 dy(t) dt 3 d dt d dt d²x(t) dt² · 4x(t) + 2· 2 -4 = −4x(t) + 2- 2 d²x(t) dt² = = −4x(t) + 2- = 0 d²x(t) dt² − 4x(t) + 2² = 0 d²x(t) dt² + y(t)

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.16P

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