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#### G(S) = 10/[s(s + 1)] R(S) + G(s) Y(S) Ks + 1 a. Let k =...

G(

*S*) = 10/[*s*(*s*+ 1)] R(*S*) + G(*s*) Y(*S*) Ks + 1 a. Let k = 0, and determine the percent overshoot and four time constant settling time in the response to a unit step input. b. Determine the value of gain k that will reduce the percent overshoot to 10%, and the corresponding four time constant settling time.#### f(t) F(S) (s > 0) S (s > 0) n! t" ( no) (s > 0)...

f(t) F(

*S*) (*s*> 0)*S*(*s*> 0) n! t" ( no) (*s*> 0) 5+1 T(a + 1) 1a (a > -1) (*s*> 0) $4+1 (*s*> 0)*S*-a 1. Let f(t) be a function on [0,-). Find the Laplace transform using the definition of the following functions: a. X(t) = 7t2 b. flt) 13t+18 2. Use...#### 16. Using the following information, calculate the sublimation of S(s) to S(g). Mg(s) + S(s) + MgS(s) AH° = -343 kJ/mol...

16. Using the following information, calculate the sublimation of

*S*(*s*) to*S*(g). Mg(*s*) +*S*(*s*) + MgS(*s*) AH° = -343 kJ/mol Mg(*s*) + Mg(g) AH° = 148 kJ/mol Mg(g) → Mg2+(g) + 2e AH° = 2186 kJ/mol*S*(*s*) +*S*(g) AH° = ?*S*(g) + 2e → S2-(g) AH° = 450 kJ/mol Mg2+(g) + SP-(g) + MgS(*s*) AH° = -3406...#### For the following reaction: Zn (s) + Ag2O (s) --> ZnO (s) + Ag (s) (a.)...

For the following reaction: Zn (

*s*) + Ag2O (*s*) --> ZnO (*s*) + Ag (*s*) (a.) write the balanced half-cell reactions. (b.) Use E-knot cell = 1.6 V, and the half cell potential of the Zinc half-cell, to solve for the half cell potential of the silver half-cell. (c.) Set up the nerst equation for each half-cell with the appropriate...#### 9. Consider the diagram below F(s) Y(s) s 1 s +1 Σ s +1 k S...

9. Consider the diagram below F(

*s*) Y(*s*)*s*1*s*+1 Σ*s*+1 k*S*(a) Determine the transfer function H(*s*) of the system. (b) When k = 2, determine whether the system is BIBO stable or not. (c) Which values of k can you have so that the system is BIBO stable?#### reactants oxidized reactants reduced reaction 8Ni(s) + S8(s) → 8NiS (s) Cr(s) + 12(s)-→ Cr12 (s)...

reactants oxidized reactants reduced reaction 8Ni(

*s*) + S8(*s*) → 8NiS (*s*) Cr(*s*) + 12(*s*)-→ Cr12 (*s*) 22n (*s*) + O2 (g) → 2ZnO(*s*)#### 1472) The plant of a magnetic-gap controller is: Gp(s)=1/((s+f) (S-f)). A controller Gc(s)=K (s+b) (s+c)/s is...

1472) The plant of a magnetic-gap controller is: Gp(

*s*)=1/((*s*+f) (*S*-f)). A controller Gc(*s*)=K (*s*+b) (*s*+c)/*s*is proposed. Determine the gain K for marginal stability. b=0.20, c=103.00, f=66.50. Determine the gain K for CLGM=10.9 dB. Gp & Gs are in the forward path of unity feedback sys. ans:2 Illat#### Determine the inverse Laplace transform of the function: F(s) = [10(s + 3)(s + 5)]/[s(s +...

Determine the inverse Laplace transform of the function:

*F*() = [10(*s**s*+ 3)(*s*+ 5)]/[*s*(*s*+ 1)(*s*+ 6)] and build a plot as a function of time. Step by step neatly please. thanks#### s S s 1 S S 2. (10 Points) We wish to construct a Turing Machine...

*s**S**s*1*S**S*2. (10 Points) We wish to construct a Turing Machine M (Q,E,F, 8, 8, qaccept, Greject) that decides the language L = {W € {0,1}* ||w| > 2 and w ends in 00 or in 01}. We choose Q = {*s*, 41, 42, Gaccept, Greject}, { = {0,1}*, T = EU{-} and the transitions:...#### Transfer function of a motor is given by, o(s) K E(S) s(s+a) where o(s) is the...

Transfer function of a motor is given by, o(

*s*) K E(*S*)*s*(*s*+a) where o(*s*) is the motor's angular position and E(*s*) is the supply voltage of the motor. a) Find the transfer function between the motor’s angular velocity and the supply voltage. b) Find steady-state value of the angular speed of the motor due to unit step supply voltage.

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