7.1 12) What language is accepted by the pda
M = ({q0,q1,q2,q3,q4,q5}, {a,b}, {0,1,z}, , q0, z, {q5}),
with
(q0,b,z) = {(q1,1z)},
(q1,b,1)= {(q2, 11)},
(q2,a,1)= {(q3, )},
(q3,a,1)= {(q4, )},
(q4,a,z)= {(q4, z), (q5, z)}
7.1 12) What language is accepted by the pda M = ({q0,q1,q2,q3,q4,q5}, {a,b}, {0,1,z}, , q0,...
Consider the TM with Q = q0, q1, q2, f, S = {0,1}, G= (0,1,b} (∆ for blank), initial state q0 and final state f, with transition defined below: (q0, 0) → (q1, 1, R); (q1,1) → (q2, 0, L); (q2, 1) →(q0,1,R); (q1, ∆) →(f, ∆, R) (a) Provide the execution trace of this machine on the input 011 (b) Describe the language accepted by the TM (c) Suppose the transition (q0, 0) → (q1, 1, R) is replaced...
Help with answering the question at the bottom. Example of Reading an NFA Q = {q0, q1, q2, q3, q4} F = {q2, q4} L(M) = {x | x is a binary number that has 2 consecutive 0's or 2 consecutive 1's} = (0|1)^* (00|11) (0|1)^* Trs(q0, 0) = {q0, q3} (q0)--0à(q3) also, loop on q0 on 0,1 Trs(q0, 1) = {q0, q1} --1à(q1) Trs(q1, 1) = {q2} (q1)--1à((q2)) Trs(q2, 0/1) = {q2} loop on q2 on 0,1 Trs(q3, 0}...
Feed 0011 and 0101 into the transition table: 0 1 x y b q1 (q1,x,R) (q3,y,R) q2 (q1,0,R) (q2,Y,L) (q1,y,R) q3 (q2,0,L) (q0,X.R) (q2,Y,L) q4 (q3,Y,R) Halt
R = {Q1,Q2,Q3,Q4,Q5,Q6,Q7,Q8,Q9,QJ} Given these functional dependencies: {Q5,Q6} > {Q7} {Q5} > {Q8,Q9} {Q6} > {QJ} {QJ} > {Q1, Q2} {Q8} > {Q3, Q4} {Q3} > {Q7, Q1, Q2, Q5, Q6} a. Identify 2 primary keys to this table b. Assuming it is in 1NF, explain why it is not in 2NF.Make the required adjustments to convert table to 2NF.Show primary key of each table c. Assuming it is in 1NF, explain why your 2NF table is not in 3NF....
13. Five charges, q1 +1uc, q2 2 uC, q3 +3 HC, q4 4, q5 +5uC, are located near each other as shown in the figure surface in the graph? . What is the net electric flux thru the Gaussian q1 e q2 q3 q5 q4
3. (8) Let L be the language accepted by the following finite state machine: q0 q1 q2 q3 Answer Yes or No: Does each of the following regular expressions correctly describe L? (1) (a uba)bb'a (2) (EU b)a(bb%)* (3) ba u ab*a (4) (a ba)(bb*a)*
Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 0 P(1.12-Z 2.34)-? 0 P(-1.12<Z 0.34)? 0 P(-2.123Z<-1.34)-? 0 P(Z-2.34)-? 0 P(-4.12<Z<5.34)-? 0 P(2.12-Z)? 0 P(Z 0.34)-? 0 P(-1.12<Z)? 0 P(-4.12<Z<0)-? 0 P(Z-2.34)-? n if P(Z*A)- 0.934 then Q11 what is A?
Q1: Q2: Q3: Q4: Q5: Pick which reagents can be used to carry out the following transformation ОН H2SO4 heat 1.CH3MgBr 2. H,О* OsO4 Н.02 RCO3H Which set of conditions will achieve the transformation shown? он ОН 1. Cro3/рyridinе; 2. CНзMgT 1. CrO3/H*; 2. CH3MgI; 3. H*/H20 1. Cro3/рyridine; 2. СH3Мg1%;B 3. н'/H-0 1. CrO3/H; 2. CH3MgI 1. CrO3/pyridine; 2. CH3I; 3. H*/H20 This question was contributed by the University of Adelaide. Which set of conditions will achieve the transformation...
Assume language A is accepted by DFA M. Describe a simple method to construct a DFA that accepts . We were unable to transcribe this imageWe were unable to transcribe this image
q1= +q q2= -2.0q q3= -3.0q q4= -4.0q the image is a square with d as the distance on all of the sides Find the direction and magnitude of the net electrostatic force exerted on the point charge q2 in the figure.(Figure 1) Let q=+2.2μC and d=33cm. Express your answer using two significant figures part B θ = ∘ counterclockwise from q2-q3 direction