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19. A system has a transfer function of: 8(s+3)(s+8) (s + 2)(s+4) What will be the output as a time function when it is subject to a unit step input? Hint: use partial fractions.

19. A system has a transfer function of: 8(s+3)(s+8) (s + 2)(s+4) What will be the output as a time function when it is subject to a unit step input? Hint: use partial fractions.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Number 19. Please find only the final value of the output for a unit step input using the tibia value theorem.
A 68 Page view oyunuan nigo apar or a venge ampu True to the input to and function. system has an input of a voltage of a ramp voltage which increases at 5 V/s. What is the input as an function? Read aloud A system gives an output of 1/(s+5) V(s). What is the output as a function of time? 5. A system has a transfer function of 5/(s+3). What will be its output as a function of time when subject a unit step input of 1 V and (b) a unit impulse input of 1 V? 6. A system has a transfer function of 2/(s + 1). What will be its output as a function of time when subject te a step input of 3 V and (b) an impulse input of 3 V? 17. A system has a transfer function of 1/(s+2). What will be its output as a function of time when subject to a step input of 4 V and (b) a ramp input unit impulse of 1 V/s? 18. Use partial fractions to simplify the following expressions: (a) S-6 (s-1(s-2)' 19. A system has a transfer function of: (b) 8(s + 3)(s+8) (s + 2)(s + 4) What will be the output as a time function when it is subject to a unit step input? Hint: use partial fractions. 20: A system has a transfer function of: G(s) = s+5 (c) s2 + 3s +2' What will be the output from the system when it is subject to a unit impulse input? Hint: use partial fractions. (b) 21. What will be the state of damping of systems having the following transfer functions and subject to a unit step input? (a) 1 s²+2s +1' 22. The input x and output y of a system are described by: 8(s + 1) (s+2)² dy dx d'y d1² 1 s²+7s+12' + 2y = x 2s 1 (s+1)² +3 (c) Determine how the output will vary with time when there is an input which starts at zero time and then increases at the constant rate of 6 units/s. The initial output is zero. 23. The input x and output y of a system are described by: dy dx +2y=x initially the input and output are zero, what will be the output when there is a unit step input ad outputy of a systein are described by: 1 s²+s+1
Transcribed Image Text:A 68 Page view oyunuan nigo apar or a venge ampu True to the input to and function. system has an input of a voltage of a ramp voltage which increases at 5 V/s. What is the input as an function? Read aloud A system gives an output of 1/(s+5) V(s). What is the output as a function of time? 5. A system has a transfer function of 5/(s+3). What will be its output as a function of time when subject a unit step input of 1 V and (b) a unit impulse input of 1 V? 6. A system has a transfer function of 2/(s + 1). What will be its output as a function of time when subject te a step input of 3 V and (b) an impulse input of 3 V? 17. A system has a transfer function of 1/(s+2). What will be its output as a function of time when subject to a step input of 4 V and (b) a ramp input unit impulse of 1 V/s? 18. Use partial fractions to simplify the following expressions: (a) S-6 (s-1(s-2)' 19. A system has a transfer function of: (b) 8(s + 3)(s+8) (s + 2)(s + 4) What will be the output as a time function when it is subject to a unit step input? Hint: use partial fractions. 20: A system has a transfer function of: G(s) = s+5 (c) s2 + 3s +2' What will be the output from the system when it is subject to a unit impulse input? Hint: use partial fractions. (b) 21. What will be the state of damping of systems having the following transfer functions and subject to a unit step input? (a) 1 s²+2s +1' 22. The input x and output y of a system are described by: 8(s + 1) (s+2)² dy dx d'y d1² 1 s²+7s+12' + 2y = x 2s 1 (s+1)² +3 (c) Determine how the output will vary with time when there is an input which starts at zero time and then increases at the constant rate of 6 units/s. The initial output is zero. 23. The input x and output y of a system are described by: dy dx +2y=x initially the input and output are zero, what will be the output when there is a unit step input ad outputy of a systein are described by: 1 s²+s+1
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