Given the input clauses S and the order a > b > c, produce
a resolution proof (generating the empty clause) using only input
resolution (unit resolution, or ordered resolution)
S:
a v ~p v ~c
b
a v ~b v c
~a v ~b
Solution :
c1 : a v ~b v ~c
c2 : b
c3 : a v ~b v c
c4 : ~a v ~b
Resolution Proof :
c2 + c4 = ~a (= c5)
c2 + c3 = a v c (= c6)
c5 + c6 = c (= c7)
c1 + c7 = a v ~b (= c8)
c5 + c8 = ~b (=c9)
c2 + c9 = FALSE .........empty clause
Given the input clauses S and the order a > b > c, produce a resolution...
Incorrect Question 11 0/5 pts Consider the following resolution process: Resolution Process: 5.-R(a.y) -R(y,a) v R(aa) 3, with [x/a) [z/a) Original Set of Clauses: 6.-R(a,y) -R(ya) resolve 1 and 5 1. -R(aa) 7. Raf(a)) 2 with [x/a) 2. R(x.f(x)) 8. R(a,f(a)) --R(f(a),a) 6 with [y/f(a)] 3. -R(X.X) -R(Y.Z) ROX.) 9. R(f(a),a) resolve 7 and 8 4. -R(X.) R(x,x) 10.-R(af(a)) R(f(a),a) 4 with [x/a) [y/a) 11. -R(a,f(a)) resolve 9 and 10 12. Raf(a)) 2 with [x/a) 13. Empty Clause 11, 12...
Please help woth mumber 6.
a. Špan b. Output full scale c. Resolution d. Range e. None of the above 6) A thermocouple possesses the following nonlinear transfer function (Voltage output in mV; temperature input in °C). Calculate its sensitivity (S). (10 points) V = 15T + 2.33T2 + 4.38T3 mV 7) Given the following frequency response, fill in the blanks corresponding to the bandwidth, flat frequency range, cutoff frequencies, and resonance. (25 points)
Given the following non-deterministic finite state machine: (c) a σ0 o1 σ2 b Find the input set V, the accepting states set T, the states set S, and initial (i) state for the machine. (10/100) Write the transition table for the machine (ii) (10/100) (iii) Write the simplest phrase structure grammar, G=(V,T,S,P), for the machine (10/100) Rewrite the grammar you found in question 4(c)(iii) in BNF notation (iv) (10/100) (v) Is the string aabaaba an accepted string by the finite-state...
1. Use the DPP to decide whether the following sets of clauses are satisfiable. (a) {{¬Q,T},{P,¬Q},{¬Q,¬S},{¬P,¬R},{P,¬R,S},{Q,S,¬T},{¬P,S,¬T},{Q,¬S},{Q,R,T}} (b) {{¬Q,R,T},{¬P,¬R},{¬P,S,¬T},{P,¬Q},{P,¬R,S},{Q,S,¬T},{¬Q,¬S},{¬Q,T}} 2. Decide whether each of the following arguments are valid by first converting to a question of satisfiability of clauses (see the Proposition), and then using the DPP. (Note that using DPP is not the easiest way to decide validity for these arguments, so you may want to use other methods to check your answers) (a) (P → Q), (Q → R),...
1. 4 C(s), S S A system has a block diagram as shown. The input is R(s) and the output is C(s). a) Using only the block diagram reduction method*, R(s) find the transfer function of the system. b) Determine the characteristic function and the order of the system. Find the characteristic roots of the system. d) Find the natural frequency of the system. e) Find the damped natural frequency of the system. 8
Given the following data: D = 46,741 units per year, S = $120 per setup, P = $5 per unit, and H= 3.82 per year, Quantity ordered per order is 161 units. Using the Quantity ordered per order provided, calculate annual costs of holding and setup. annual demand 46,741 setup cost $120 $5 product price (per unit) holding cost current order quantity 3.82 161 Excel Access
QUESTION 31 Given the following data: D 45,620 units per year, S - $120 per setup, P-$5 per unit, and He 4.92 per year, Quantity ordered per order is 270 units. Using the Quantity ordered per order provided, calculate annual costs of holding and setup annual demand 45,629 $120 $5 setup cost product price (per unit) holding cost current order quantity 4.92 279 Excel Access
QUESTION 32 Given the following data: D. 29,363 units per year, S - $120 per setup. P - $5 per unit, and - 3.8 per year, Quantity ordered per order is 415 units. Using the Quantity ordered per order provided, calculate annual costs of holding and setup annual demand setup cost product price (per unit) holding cost current order quantity 29,363 $120 $5 3.8 415 Excel Access
I just need help with detailed explanations for b and c
Use the rules of inference and the laws of propositional logic to prove that each argument is valid. Number each line of your argument and label each line of your proof "Hypothesis" or with the name of the rule of inference used at that line. If a rule of inference is used, then include the numbers of the previous lines to which the rule is applied. (a) p q...
Given the system below, determine the steady state error for a unit ramp input: R(s) C(s) s4+20s3+124s+240s Assumek 1