A)
ASCII:
ASCII (American Standard Code for Information Interchange) character encoding delivers the standard way to represent a character using numeric codes.
- The ASCII code includes lower and upper case English letters, punctuation and numbers.
- ASCII uses “seven” bits to signify a character.
B)
ASCII:
ASCII (American Standard Code for Information Interchange) character encoding delivers the standard way to represent a character using numeric codes.
- The ASCII code includes lower and upper case English letters, punctuation and numbers.
- ASCII uses “seven” bits to signify a character.
C)
ASCII:
ASCII (American Standard Code for Information Interchange) character encoding delivers the standard way to represent a character using numeric codes.
- The ASCII code includes lower and upper case English letters, punctuation and numbers.
- ASCII uses “seven” bits to signify a character.
D)
ASCII:
ASCII (American Standard Code for Information Interchange) character encoding delivers the standard way to represent a character using numeric codes.
- The ASCII code includes lower and upper case English letters, punctuation and numbers.
- ASCII uses “seven” bits to signify a character.
E)
ASCII:
ASCII (American Standard Code for Information Interchange) character encoding delivers the standard way to represent a character using numeric codes.
- The ASCII code includes lower and upper case English letters, punctuation and numbers.
- ASCII uses “seven” bits to signify a character.
F)
ASCII:
ASCII (American Standard Code for Information Interchange) character encoding delivers the standard way to represent a character using numeric codes.
- The ASCII code includes lower and upper case English letters, punctuation and numbers.
- ASCII uses “seven” bits to signify a character.
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Starting Out With C++: Early Objects (10th Edition)
- Question 1: break phrase Problem statement Breaking a string into two parts based on a delimiter has applications. For example, given an email address, breaking it based on the delimiter "@" gives you the two parts, the mail server's domain name and email username. Another example would be separating a phone number into the area code and the rest. Given a phrase of string and a delimiter string (shorter than the phrase but may be longer than length 1), write a C++ function named break_string to break the phrase into two parts and return the parts as a C++ std::pair object (left part goes to the "first" and right part goes to the "second").arrow_forwardQuestion 1: break phrase Problem statement Breaking a string into two parts based on a delimiter has applications. For example, given an email address, breaking it based on the delimiter "@" gives you the two parts, the mail server's domain name and email username. Another example would be separating a phone number into the area code and the rest. Given a phrase of string and a delimiter string (shorter than the phrase but may be longer than length 1), write a C++ function named break_string to break the phrase into two parts and return the parts as a C++ std::pair object (left part goes to the "first" and right part goes to the "second"). Do the following Write your algorithm as code comments. I recommend to follow UMPIRE technique Implement your functionarrow_forwardQ2) Write a relational algebra expression that returns food items that are sold at "Aldi" and their price. Answer:arrow_forward
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- Indicate whether each of the following relational expressions is true or false. Refer to the ASCII table in Appendix A if necessary. A) ‘a’ < ‘z’ B) ‘a’ == ‘A’C) ‘5’ < ‘7’D) ‘a’ < ‘A’E) ‘1’ == 1F) ‘1’ == 49arrow_forwardAssignment 2. Code must be correctarrow_forwardExplain suggestions for the use of value-returning function.arrow_forward
- C++ for Engineers and ScientistsComputer ScienceISBN:9781133187844Author:Bronson, Gary J.Publisher:Course Technology Ptr