Question

In: Computer Science

For the Boolean function F = x + yz’+ x’z Show the truth table. Simplify F...

For the Boolean function F = x + yz’+ x’z

  1. Show the truth table.
  2. Simplify F by using k-map as SoP form.

Solutions

Expert Solution

The truth table for the given boolean function F = x + yz' + x'z

If x is 0 then x' is 1 and same for y and z too

to calculate yz' is using AND gate (performs multiplication) and same for x'z

for calculation of x+yz' we use OR gate (peforms Addition) and for x+yz'+x'z

x y z x' y' z' yz' x'z x+yz' x+yz'+x'z
0 0 0 1 1 1 0 0 0 0
0 0 1 1 1 0 0 1 0 1
0 1 0 1 0 1 1 0 1 1
0 1 1 1 0 0 0 1 0 1
1 0 0 0 1 1 0 0 1 1
1 0 1 0 1 0 0 0 1 1
1 1 0 0 0 1 1 0 1 1
1 1 1 0 0 0 0 0 1 1

SOP (Sum of Products) is used for min-terms and we can cleary see that equation is given in the SOP form.

By min-terms I mean if there is x then it will taken as 1 and if it is x' it will be taken as 0 in the K-map

We will use the K-map for simplification of the boolean function:

F(x,y,z) = x + yz' +x'z

Simplified function is F = x'y'

We will make pair and check and form the equation. Since x is not changing then we will consider x and also y is not changing which we can clearly in the k-map and both of them are 0 so we will take x' and y'


Related Solutions

Given the function f = x(y + w'z) + wxz. - Show a truth table for...
Given the function f = x(y + w'z) + wxz. - Show a truth table for the functions. - Draw a block diagram of a circuit. - Simplify the circuit using Boolean Algebra or K-Map. - Re-draw the simplified circuit diagram next to the original circuit.
Simplify the equation using Boolean algebra properties. F = xy + xy’z + x’yz
Simplify the equation using Boolean algebra properties. F = xy + xy’z + x’yz
Symbolize the following arguments then check for validity using a truth table. To simplify, leave the...
Symbolize the following arguments then check for validity using a truth table. To simplify, leave the parenthetical parts out of your symbolization. All of the arguments are based loosely on arguments in Chapter One of The Branded Mind by Eric Du Plessis. A.(The primary function of emotions is to direct attention, so) If your client’s purchase was motivated by emotion then it was related to attention. Your client’s purchase was (motivated by a desire for well-being or cultural acceptance and...
QUESTION 1 Consider the Boolean function F(x, y) = x + y, how many cells in...
QUESTION 1 Consider the Boolean function F(x, y) = x + y, how many cells in the Kmap representing this function have value of “1”? A. 3 B. 2 C. 4 D. 1 10 points    QUESTION 2 Using Kmap for simplification, we can select multiple smaller groups (instead of a larger group) as long as all “1” are selected. A. False B. True 10 points    QUESTION 3 In Kmap representation, how many values of “0” and “1” two...
Simplify the following Boolean expressions to the minimum number of terms using the properties of Boolean...
Simplify the following Boolean expressions to the minimum number of terms using the properties of Boolean algebra (show your work and write the property you are applying). State if they cannot be simplified A. X’Y + XY B. (X + Y)(X + Y’) C. (A’ + B’) (A + B)’ D. ABC + A’B + A’BC’ E. XY + X(WZ + WZ’)
Simplify the following Boolean expressions to the minimum number of terms using the properties of Boolean...
Simplify the following Boolean expressions to the minimum number of terms using the properties of Boolean algebra (show your work and write the property you are applying). State if they cannot be simplified. A. A’B + AB B. XY + X(WZ + WZ’) C. X’Y’(X’+Y)(Y’+Y) D. ABC + A’B + A’BC’ E. (A+B)(AC+AC’)+AB+B Draw the circuit logic diagrams for both the original and simplified expressions.
Consider the function: f(x) = (x-1)4(x+1) a) Differentiate and simplify completely b) Find all the Critical...
Consider the function: f(x) = (x-1)4(x+1) a) Differentiate and simplify completely b) Find all the Critical Numbers (if any). If there are no CNs, write “none.” Explain why. c) Construct the correct sign diagram and formally write the intervals where f increases and the intervals where f decreases. d) Find f′′ (x) and simplify it completely e) Use the second derivative test to classify the CNs as Relative Maximizers or Relative Minimizers of f (x). If the second derivative test...
Using the function f(x)=ln(1+x) a. Find the 8 degree taylor polynomial centered at 0 and simplify....
Using the function f(x)=ln(1+x) a. Find the 8 degree taylor polynomial centered at 0 and simplify. b. using your 8th degree taylor polynomial and taylors inequality, find the magnitude of the maximum possible error on [0,0.1] c.approximate ln(1.1) using your 8th degree taylor polynomial. what is the actual error? is it smaller than your estimated error?Round answer to enough decimal places so you can determine. d. create a plot of the function f(x)=ln(1+x) along with your taylor polynomial. Based on...
Q2) (a) construct a truth table for the following function: ?(?, ?, ?) = (?? +...
Q2) (a) construct a truth table for the following function: ?(?, ?, ?) = (?? + ?̅?) ̅̅̅ + ?? (b) Use the truth table of (a) to write the function F in sum of minterms form. (c) Expand the function ?(?, ?, ?) = ? + ?̅? to product of Maxterms form. (d) Simplify the following function using K-Map. ?(?, , ?, ?, ?) = ?̅? + ?? + ?̅? + ??̅?
On R2, consider the function f(x, y) = ( .5y, .5sinx). Show that f is a...
On R2, consider the function f(x, y) = ( .5y, .5sinx). Show that f is a strict contraction on R2. Is the Banach contraction principle applicable here? If so, how many fixed points are there? Can you guess the fixed point?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT