Q9: Simplify without using a calculator. a) log (64) b) log,(1/3) c) log/2(32) d) log(.00001) Q10: Which statement is true? Make corrections to any of the false statements. a) log (x+y) = log.x+logay b) log.(x/y) = log x/logay c) The statement 39=p is equivalent to q=p. Q11: Use properties of logarithms to expand the expression xVx+3 (x+3) as much as possible. In
Which of the following is equivalent to the boolean expression a(b+1) ? a b ab 1
Which of the following is minimum SOP expression of F(A,B,C,D)=∑(2,3,4,5,9,12,14,15) with don't-care conditions, d(A,B,C,D)= (6,7,13) ? 1. B+A'B'C+AC'D 2. B+A'C+AB'C'D 3. B+A'C+AC'D 4. A+A'B'C+AC'D QUESTION 2 Which of the following is minimum POS expression of F(A,B,C,D)=Π(0,2,4,6,8,10,11,12,14) with don't-care conditions, d(A,B,C,D)=(1,9) ? 1. D 2. D'(A+B') 3. D' 4. D(A'+B) Which of the following is minimum SOP expression of F(A,B,C,D)=Π(0,1,2,3,5,7)? 1. AB+AD' 2. A'+B'D 3. A+BD' 4. A'B'+A'D Which of the following is minimum POS expression of F(A,B,C)=∑(0,1,2,3,5)? 1. A'(B'+C) 2....
Which expression is equivalent to mc016-1.jpg? Assume mc016-2.jpg and y mc016-3.jpg mc016-4.jpgmc016-5.jpgmc016-6.jpgmc016-7.jpg
Given all variables are previously declared integers, which expression is equivalent to the following expression? !(a > d || c != q) A. a <= d || c == q B. a <= d && c == q C. a < d && c == q D. a < d || c == q
Which expressions are equivalent to 1 072#? ? A. 1072.1.07" B. 1.078t 4t ?C. (107t)2 D 1.07 6t 1.073t
Which expression is equivalent to the expression shown below? floor - 1 < 13 1 O 13 < floor - 1 O 13 >= floor 1 floor < 12 O floor 1 <= 12
Which expression is equivalent to mc018-1.jpg?
Which expression below is equivalent to F(X,Y,Z) = ((X'Y)'(XY)'(YZ')')' a. X'YZ' b. X'YZ + X'Y'Z c. X'Y + XY + YZ' d. X'Y + XY'Z'
A Dz. B a E B D A Circuit 1 Circuit 2 Based on the image, select all true statements. Tip: draw truth tables! Circuit 1 is equivalent to Circuit 2. Circuit 1 is equivalent to the boolean expression: "Q = (A and B) and ((B or C) and (C and B)" Circuit 2 is equivalent to the boolean expression: "Q = ((B and C) and (B or C)) or (B and A)" Circuit 1 is equivalent to the boolean...