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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(s) = [10(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.