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Section 10.2 15. Draw the nonabbreviated logic diagram for the following Boolean expressions. You may use XOR gates. *(a) ((a')')' *(c) a'b + ab' (e) ab + ab' + a'b (g) (a'bc + a)b (i) ((ab)'(b'c)' + a'b'c')' (k) (abc)' + (a'b'c')' (m) (ab) c + ab'c (o) (ab' + b'c+ cd)' (q) (((ab)'c)'d)' (b) (((a')')')' (d) ab + a'b' (f) ((abb')' + a'b)' (h) (ab'c)'(ac)' (ab+b' c')' (j) (1) (a + b)(a + c)(b' + c') (n) (((a+b)' + c)' + d)' (p) ((a+b')(b' + c)(c + d))' (r) (((ab)' c)' d)' 16. Draw the abbreviated logic diagram for the Boolean expressions of Exercise 15. You may use XOR gates. 17. Construct the truth tables for the Boolean expressions of Exercise 15.

Section 10.2 15. Draw the nonabbreviated logic diagram for the following Boolean expressions. You may use XOR gates. *(a) ((a')')' *(c) a'b + ab' (e) ab + ab' + a'b (g) (a'bc + a)b (i) ((ab)'(b'c)' + a'b'c')' (k) (abc)' + (a'b'c')' (m) (ab) c + ab'c (o) (ab' + b'c+ cd)' (q) (((ab)'c)'d)' (b) (((a')')')' (d) ab + a'b' (f) ((abb')' + a'b)' (h) (ab'c)'(ac)' (ab+b' c')' (j) (1) (a + b)(a + c)(b' + c') (n) (((a+b)' + c)' + d)' (p) ((a+b')(b' + c)(c + d))' (r) (((ab)' c)' d)' 16. Draw the abbreviated logic diagram for the Boolean expressions of Exercise 15. You may use XOR gates. 17. Construct the truth tables for the Boolean expressions of Exercise 15.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Can you do number 15, 16 and 17 of just part h. Thank you
reason Give a art (a). its truth ND gate. e the set ng Venn following x, y, and z region (3) verlapping is the same ✓ t can have stem where Dr B. Such a stern cornpoids to the description of subsets of {a, b} where (the universal set), A = {a}, B = {b}, and 0 = {} (the empty set). The truth tables for two input AND and OR operations have 16 entries instead of 4 and the truth table for the complement has 4 entries instead of 2. Construct the truth table for the following: (a) AND (b) OR (c) the complement 14. The exclusive NOR gate, written XNOR, is equivalent to an XOR followed by an inverter. *(a) Draw the symbol for a two-input XNOR gate. (b) Construct its truth table. (c) The XNOR is also called a comparator. Why? Section 10.2 15. Draw the nonabbreviated logic diagram for the following Boolean expressions. You may use XOR gates. *(a) ((a')')' *(c) a'b + ab' ab + ab' + a'b (e) (g) (a'bc + a)b (i) ((ab)'(b'c)' + a'b'c')' (k) (abc)' + (a'b'c')' (m) (ab) c + ab'c (o) (ab' + b'c+ cd)' (q) (((ab)'c)'d)' (b) (((a')')')' (d) ab + a'b' (f) ((ab b')' + a'b)' (h) (ab'c)'(ac)' (j) (ab+b' c')' (1) (a + b)(a + c)(b' + c') (n) (((a+b)' + c)' + d)' (p) ((a+b')(b + c)(c + d))' (r) (((ab)' c)' d)' 16. Draw the abbreviated logic diagram for the Boolean expressions of Exercise 15. You may use XOR gates. 17. Construct the truth tables for the Boolean expressions of Exercise 15. 18. Write the Boolean expressions for the logic diagrams of FIGURE 10.63 19. Write the Boolean AND-OR expression for the following: *(a) function y in Figure 10.3 (b) function y in Figure 10.4 (c) function x in Figure 10.17 (d) the NAND gate in Figure 10.7(a) (e) the XOR gate in Figure 10.7(c) 20. Write the Boolean OR-AND expression for the following: *(a) function y in Figure 10.3 (b) function x in Figure 10.17 (c) the NOR gate in Figure 10.7(b) (d) the XOR gate in Figure 10.7(c)
Transcribed Image Text:reason Give a art (a). its truth ND gate. e the set ng Venn following x, y, and z region (3) verlapping is the same ✓ t can have stem where Dr B. Such a stern cornpoids to the description of subsets of {a, b} where (the universal set), A = {a}, B = {b}, and 0 = {} (the empty set). The truth tables for two input AND and OR operations have 16 entries instead of 4 and the truth table for the complement has 4 entries instead of 2. Construct the truth table for the following: (a) AND (b) OR (c) the complement 14. The exclusive NOR gate, written XNOR, is equivalent to an XOR followed by an inverter. *(a) Draw the symbol for a two-input XNOR gate. (b) Construct its truth table. (c) The XNOR is also called a comparator. Why? Section 10.2 15. Draw the nonabbreviated logic diagram for the following Boolean expressions. You may use XOR gates. *(a) ((a')')' *(c) a'b + ab' ab + ab' + a'b (e) (g) (a'bc + a)b (i) ((ab)'(b'c)' + a'b'c')' (k) (abc)' + (a'b'c')' (m) (ab) c + ab'c (o) (ab' + b'c+ cd)' (q) (((ab)'c)'d)' (b) (((a')')')' (d) ab + a'b' (f) ((ab b')' + a'b)' (h) (ab'c)'(ac)' (j) (ab+b' c')' (1) (a + b)(a + c)(b' + c') (n) (((a+b)' + c)' + d)' (p) ((a+b')(b + c)(c + d))' (r) (((ab)' c)' d)' 16. Draw the abbreviated logic diagram for the Boolean expressions of Exercise 15. You may use XOR gates. 17. Construct the truth tables for the Boolean expressions of Exercise 15. 18. Write the Boolean expressions for the logic diagrams of FIGURE 10.63 19. Write the Boolean AND-OR expression for the following: *(a) function y in Figure 10.3 (b) function y in Figure 10.4 (c) function x in Figure 10.17 (d) the NAND gate in Figure 10.7(a) (e) the XOR gate in Figure 10.7(c) 20. Write the Boolean OR-AND expression for the following: *(a) function y in Figure 10.3 (b) function x in Figure 10.17 (c) the NOR gate in Figure 10.7(b) (d) the XOR gate in Figure 10.7(c)
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