Homework Help is Here – Start Your Trial Now!
Engineering
Computer Engineering
Below shows some of the arithmetic operators and arithmetic functions available in Prolog X+Y the sum of X and Y X-Y the difference of X and Y X*Y the product of X and Y X/Y the quotient of X and Y X//Y between it and zero) the 'integer quotient' of X and Y (the result is truncated to the nearest integer X^Y X to the power of Y -X the negative of X abs(X) the absolute value of X sin(X) the sine of X (for X measured in degrees) cos(X) the cosine of X (for X measured in degrees) max(X,Y) the larger of X and Y sqrt(X) the square root of X Arithmetic examples Prolog Notation 6+2 = 8 8 is 6+2. 642 = 12 12 is 6*2. 6-2=4 4 is 6-2. 6-8=-2 -2 is 6-8. 6÷2 = 3 3 is 6/2. 7+2 3 3 is 7/2. 1 is the remainder when 7 is 1 is mod(7,2). divided by 2 ?- X is 30,Y is 5,Z is XCYCX*Y. Your answer: ?-8 is 6+2. Your answer: ?- 12 is 6*2. Your answer: ?--2 is 6-8. Your answer: ?- 3 is 6/2. Your answer: ?-1 is mod(7,2). Your answer:

Below shows some of the arithmetic operators and arithmetic functions available in Prolog X+Y the sum of X and Y X-Y the difference of X and Y X*Y the product of X and Y X/Y the quotient of X and Y X//Y between it and zero) the 'integer quotient' of X and Y (the result is truncated to the nearest integer X^Y X to the power of Y -X the negative of X abs(X) the absolute value of X sin(X) the sine of X (for X measured in degrees) cos(X) the cosine of X (for X measured in degrees) max(X,Y) the larger of X and Y sqrt(X) the square root of X Arithmetic examples Prolog Notation 6+2 = 8 8 is 6+2. 642 = 12 12 is 6*2. 6-2=4 4 is 6-2. 6-8=-2 -2 is 6-8. 6÷2 = 3 3 is 6/2. 7+2 3 3 is 7/2. 1 is the remainder when 7 is 1 is mod(7,2). divided by 2 ?- X is 30,Y is 5,Z is XCYCX*Y. Your answer: ?-8 is 6+2. Your answer: ?- 12 is 6*2. Your answer: ?--2 is 6-8. Your answer: ?- 3 is 6/2. Your answer: ?-1 is mod(7,2). Your answer:

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...
See similar textbooks
icon
Related questions
Question
100%
Below shows some of the arithmetic operators and arithmetic functions available in Prolog X+Y the sum of X and Y X-Y the difference of X and Y X*Y the product of X and Y X/Y the quotient of X and Y X//Y the 'integer quotient' of X and Y (the result is truncated to the nearest integer between it and zero) X^Y X to the power of Y -X the negative of X abs(X) the absolute value of X sin(X) the sine of X (for X measured in degrees) cos(X) the cosine of X (for X measured in degrees) max(X,Y) the larger of X and Y sqrt(X) the square root of X Prolog Notation 8 is 6+2. Arithmetic examples 6+2 = 8 642= 12 12 is 6*2. 6-2=4 4 is 6-2. 6-8 =-2 -2 is 6-8. 6 2 = 3 3 is 6/2. 7÷2= 3 3 is 7/2. 1 is the remainder when 7 is 1 is mod(7,2). divided by 2 ?- X is 30,Y is 5,Z is XCYCX*Y. Your answer: ?- 8 is 6+2. Your answer:_ ?- 12 is 6*2. Your answer: ?- -2 is 6-8. Your answer: ?- 3 is 6/2. Your answer: ?-1 is mod(7,2). Your answer:
Transcribed Image Text:Below shows some of the arithmetic operators and arithmetic functions available in Prolog X+Y the sum of X and Y X-Y the difference of X and Y X*Y the product of X and Y X/Y the quotient of X and Y X//Y the 'integer quotient' of X and Y (the result is truncated to the nearest integer between it and zero) X^Y X to the power of Y -X the negative of X abs(X) the absolute value of X sin(X) the sine of X (for X measured in degrees) cos(X) the cosine of X (for X measured in degrees) max(X,Y) the larger of X and Y sqrt(X) the square root of X Prolog Notation 8 is 6+2. Arithmetic examples 6+2 = 8 642= 12 12 is 6*2. 6-2=4 4 is 6-2. 6-8 =-2 -2 is 6-8. 6 2 = 3 3 is 6/2. 7÷2= 3 3 is 7/2. 1 is the remainder when 7 is 1 is mod(7,2). divided by 2 ?- X is 30,Y is 5,Z is XCYCX*Y. Your answer: ?- 8 is 6+2. Your answer:_ ?- 12 is 6*2. Your answer: ?- -2 is 6-8. Your answer: ?- 3 is 6/2. Your answer: ?-1 is mod(7,2). Your answer:
?- X is 6+2. Your answer: ?- X is 6*2. Your answer:_ ?-R is mod(7,2). Your answer: ?- X is 10.5+4.7*2. Your Answer: ?- Y is 10, Z is Y+1. Your Answer: ?- X is sqrt (36). Your Answer: ?- X is 10, Y is -X-2. Your Answer:_ ?- X is 30, Y is 5, Z is X+Y+X*Y+sin(X). Your Answer: ?- X is 7, X is 6+1. Your Answer: ?- 88+15-3=:=110-5*2. Your Answer: ?- 100=\=99. Your Answer: ?- 6+4=:=6*3-8. Your Answer:_ ?- sqrt (36) +4=:=5*11-45. Your Answer: ?- X is 5/2,Y is 5//2,Z is 5 mod 2,W is mod(10,3). Your Answer: ?- checkeven(N):-M is N//2, N=:=2*M. Your Answer: (for this write the above checkeven (N) on prolog editor compile, then ask the query) Your answer ?- checkeven(12). ?- checkeven(11). Your Answer Your Answer: ?- 10=\=8+3. Equality of Prolog expressions X = Y, X \=Y Tests whether X and Y can be unified, or cannot, respectively. For example, X= ,Y= , R= [] ?- [X,Y|R] = [a,b,c]. Your answer ?- [X,Y,Z] = [a,b]. Tests whether X and Y are currently co-bound, i.e., have been bound to or share same value, or not, respectively. For example, X==Y, X \== Y ?- X 3, Y = 1 * 3, X == Y.
Transcribed Image Text:?- X is 6+2. Your answer: ?- X is 6*2. Your answer:_ ?-R is mod(7,2). Your answer: ?- X is 10.5+4.7*2. Your Answer: ?- Y is 10, Z is Y+1. Your Answer: ?- X is sqrt (36). Your Answer: ?- X is 10, Y is -X-2. Your Answer:_ ?- X is 30, Y is 5, Z is X+Y+X*Y+sin(X). Your Answer: ?- X is 7, X is 6+1. Your Answer: ?- 88+15-3=:=110-5*2. Your Answer: ?- 100=\=99. Your Answer: ?- 6+4=:=6*3-8. Your Answer:_ ?- sqrt (36) +4=:=5*11-45. Your Answer: ?- X is 5/2,Y is 5//2,Z is 5 mod 2,W is mod(10,3). Your Answer: ?- checkeven(N):-M is N//2, N=:=2*M. Your Answer: (for this write the above checkeven (N) on prolog editor compile, then ask the query) Your answer ?- checkeven(12). ?- checkeven(11). Your Answer Your Answer: ?- 10=\=8+3. Equality of Prolog expressions X = Y, X \=Y Tests whether X and Y can be unified, or cannot, respectively. For example, X= ,Y= , R= [] ?- [X,Y|R] = [a,b,c]. Your answer ?- [X,Y,Z] = [a,b]. Tests whether X and Y are currently co-bound, i.e., have been bound to or share same value, or not, respectively. For example, X==Y, X \== Y ?- X 3, Y = 1 * 3, X == Y.
Expert Solution
steps

Step by step

Solved in 2 steps with 1 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer
Recommended textbooks for you
Computer Networking: A Top-Down Approach (7th Edi…
Computer Networking: A Top-Down Approach (7th Edi…
Computer Engineering
ISBN:
9780133594140
Author:
James Kurose, Keith Ross
Publisher:
PEARSON
Computer Organization and Design MIPS Edition, Fi…
Computer Organization and Design MIPS Edition, Fi…
Computer Engineering
ISBN:
9780124077263
Author:
David A. Patterson, John L. Hennessy
Publisher:
Elsevier Science
Network+ Guide to Networks (MindTap Course List)
Network+ Guide to Networks (MindTap Course List)
Computer Engineering
ISBN:
9781337569330
Author:
Jill West, Tamara Dean, Jean Andrews
Publisher:
Cengage Learning
Concepts of Database Management
Concepts of Database Management
Computer Engineering
ISBN:
9781337093422
Author:
Joy L. Starks, Philip J. Pratt, Mary Z. Last
Publisher:
Cengage Learning
Prelude to Programming
Prelude to Programming
Computer Engineering
ISBN:
9780133750423
Author:
VENIT, Stewart
Publisher:
Pearson Education
Sc Business Data Communications and Networking, T…
Sc Business Data Communications and Networking, T…
Computer Engineering
ISBN:
9781119368830
Author:
FITZGERALD
Publisher:
WILEY
SEE MORE TEXTBOOKS