Problems 12 and 13 refer to the following Figure which shows the sy A B A...
please answer 11, 12, and 13 thanks Expert Q&A Done QUESTION 11 1. The greedy best-first search algorithm is complete. True False 2. QUESTION 12 1. A and B are propositions, Given the equality PIAB) x and the following statements. (A means negation A) ii) B ->P(A) x (iii) P(Al-B)-1-X (iv) P(-AIB) 1-x Which of the above statements are necessarily true? a. only (i) and (ii) b.only (i) and (iii) c. only (iv) only (ii) and (iv) QUESTION 13 ....
1. Decide whether each of these statements is True (T) or Fase For the ladder diagram shown in Figure I, there is antfrom ougot when: Output is activated by just an input to In 1 Gii Output is activated by just an input to In 2 A ) T G) T B OT()F C O) Pi) T D OOF () F igure For the ladder diagram shown in Figure1, the internal relay (0) Switches on when there is just an...
QUESTION 12 10 points Save Answer Which of the following statements is/are false regarding Investment Banks: I.) Act as intermediaries between issuers of securities and investors. II.) Act as advisors to companies in helping them analyze their financial needs and find buyers for newly issued securities. III.) Similar to commercial banks, accept deposits from savers and retirees to fund their business. I and II Only ll Only I and III Only III Only QUESTION 13 10 points Save Answer True...
For each of the following statements, decide whether they are true (T) or false (F), and explain your reasoning. a) When 4 identical lightbulbs are connected in parallel to a battery, they will shine brighter (produce more power) than if they were connected in series. b) If the distance between two charges is doubled, the force of repulsion or attraction they feel will be halved. c) If two Gaussian surfaces enclose the same amount of charge, the flux through them...
Please answer the problems after f and please explain the reasoning (1) For each assertion below, indicate if it is true (T) or false (F) by circling the correct response. (a) (T, F) The statement, "this statement is false” is a proposition. (b) (T, F) The statement "If I am Spider-Man, then I can breath in space" is true. (c) (TF) The statement "Spider-Man can breath in space" is true. (d) (T. F) "F →p can be false. (e) (T,F)...
please ignore the first photo and only answer #86 and #66 Calculate the integrals in Problems 72-74 by partial fractions and then by using the indicated substitution. Show that the results you get are the same. da: 72. :s ; substitution x = sin 0. In Problems 86-87, decide whether the statements are true or false. Give an explanation for your answer. dt can be made easier to evaluate by using the substitution t = 3 tan . 86. The...
Q3.2 Let (12, F,P) be a probability space. Decide whether each of the following statements hold. (i) 0 is independent of ), and N is independent of 12; (ii) If E is any event which is independent of itself, then either E = 0 or E = N; (iii) If E is any event which is independent of itself, then either P(E) = 0 or P(E) = 1; (iv) If events A and B are both disjoint and independent, then...
clear working please R1 I1 8 12 13 R2 R3 E1 6. 10 O B Figure 3 Determine; The total resistance seen by the battery. (i) (ii) The current supplied by the battery. The current through R2. (ii) The current through R3. (iv) (v) The Thevenin equivalent circuit. The value of load resistor, to be connected across AB, needed to receive (vi) maximum power from the circuit.
If A, B, Cand D are TRUE and X, Y, Z andW are FALSE, what is the truth value of the following statements: T 9 "ID v (B Y)1 v [ (D v B) ( v Y) V ~[TVCF)コV [CT). CF)] LTVCE 10. (A E (W Z)) I(C v Y) (A X)1) 11. D v (Wv X)] v [(A v W) v (D X) 12. [(A X) Y] [(X A) (D W) 13. [A X) v (~C ~Z)] [(C W)...
Anyone can help? Thanks! Question 1. [5 pts) In the following problems, a, b and c are positive constants, In n stands for the natural logarithm of n. a) True or false: If f(n) = an + bnº.5, then f(n) = O(n). b) True or false: If f(n) = ans + bn + c, then f(n) = 0 (n?). c) True or false: If f(n) = an', then f(n) = N(Inn). d) Let f(n) = $1=1 give a Big- notation...