Concept explainers
A)
Relational Operators:
Relational operators are used to compare numeric and character values using the following operators:
- Greater than (>)
- Less than (<)
- Greater than or equal to (>=)
- Less than or equal to (<=)
- Equal to (==)
- Not equal to (!=)
These operators will determine whether specific relationship exists between two values of same type.
Relational Expression:
Relational operators are “binary”, so it needs two operands for comparison. Consider the following expression using the less-than operator:
A < B
- The above expression is called a “relational expression”. It is used to find whether “A” is less than “B”.
- Relational expression is also called as “Boolean expression”, because the resultant value of all relational expression is either “True” or “False”. But the states of Boolean values are stored as “0” and “1”.
- Hence, if the resultant value of relational expression is “0”, then the expression is “False”. If the resultant value of relational expression is “1”, then the expression is “True”.
B)
Relational Operators:
Relational operators are used to compare numeric and character values using the following operators:
- Greater than (>)
- Less than (<)
- Greater than or equal to (>=)
- Less than or equal to (<=)
- Equal to (==)
- Not equal to (!=)
These operators will determine whether specific relationship exists between two values of same type.
Relational Expression:
Relational operators are “binary”, so it needs two operands for comparison. Consider the following expression using the less-than operator:
A < B
- The above expression is called a “relational expression”. It is used to find whether “A” is less than “B”.
- Relational expression is also called as “Boolean expression”, because the resultant value of all relational expression is either “True” or “False”. But the states of Boolean values are stored as “0” and “1”.
- Hence, if the resultant value of relational expression is “0”, then the expression is “False”. If the resultant value of relational expression is “1”, then the expression is “True”.
C)
Relational Operators:
Relational operators are used to compare numeric and character values using the following operators:
- Greater than (>)
- Less than (<)
- Greater than or equal to (>=)
- Less than or equal to (<=)
- Equal to (==)
- Not equal to (!=)
These operators will determine whether specific relationship exists between two values of same type.
Relational Expression:
Relational operators are “binary”, so it needs two operands for comparison. Consider the following expression using the less-than operator:
A < B
- The above expression is called a “relational expression”. It is used to find whether “A” is less than “B”.
- Relational expression is also called as “Boolean expression”, because the resultant value of all relational expression is either “True” or “False”. But the states of Boolean values are stored as “0” and “1”.
- Hence, if the resultant value of relational expression is “0”, then the expression is “False”. If the resultant value of relational expression is “1”, then the expression is “True”.
D)
Relational Operators:
Relational operators are used to compare numeric and character values using the following operators:
- Greater than (>)
- Less than (<)
- Greater than or equal to (>=)
- Less than or equal to (<=)
- Equal to (==)
- Not equal to (!=)
These operators will determine whether specific relationship exists between two values of same type.
Relational Expression:
Relational operators are “binary”, so it needs two operands for comparison. Consider the following expression using the less-than operator:
A < B
- The above expression is called a “relational expression”. It is used to find whether “A” is less than “B”.
- Relational expression is also called as “Boolean expression”, because the resultant value of all relational expression is either “True” or “False”. But the states of Boolean values are stored as “0” and “1”.
- Hence, if the resultant value of relational expression is “0”, then the expression is “False”. If the resultant value of relational expression is “1”, then the expression is “True”.
E)
Relational Operators:
Relational operators are used to compare numeric and character values using the following operators:
- Greater than (>)
- Less than (<)
- Greater than or equal to (>=)
- Less than or equal to (<=)
- Equal to (==)
- Not equal to (!=)
These operators will determine whether specific relationship exists between two values of same type.
Relational Expression:
Relational operators are “binary”, so it needs two operands for comparison. Consider the following expression using the less-than operator:
A < B
- The above expression is called a “relational expression”. It is used to find whether “A” is less than “B”.
- Relational expression is also called as “Boolean expression”, because the resultant value of all relational expression is either “True” or “False”. But the states of Boolean values are stored as “0” and “1”.
- Hence, if the resultant value of relational expression is “0”, then the expression is “False”. If the resultant value of relational expression is “1”, then the expression is “True”.
F)
Relational Operators:
Relational operators are used to compare numeric and character values using the following operators:
- Greater than (>)
- Less than (<)
- Greater than or equal to (>=)
- Less than or equal to (<=)
- Equal to (==)
- Not equal to (!=)
These operators will determine whether specific relationship exists between two values of same type.
Relational Expression:
Relational operators are “binary”, so it needs two operands for comparison. Consider the following expression using the less-than operator:
A < B
- The above expression is called a “relational expression”. It is used to find whether “A” is less than “B”.
- Relational expression is also called as “Boolean expression”, because the resultant value of all relational expression is either “True” or “False”. But the states of Boolean values are stored as “0” and “1”.
- Hence, if the resultant value of relational expression is “0”, then the expression is “False”. If the resultant value of relational expression is “1”, then the expression is “True”.
G)
Relational Operators:
Relational operators are used to compare numeric and character values using the following operators:
- Greater than (>)
- Less than (<)
- Greater than or equal to (>=)
- Less than or equal to (<=)
- Equal to (==)
- Not equal to (!=)
These operators will determine whether specific relationship exists between two values of same type.
Relational Expression:
Relational operators are “binary”, so it needs two operands for comparison. Consider the following expression using the less-than operator:
A < B
- The above expression is called a “relational expression”. It is used to find whether “A” is less than “B”.
- Relational expression is also called as “Boolean expression”, because the resultant value of all relational expression is either “True” or “False”. But the states of Boolean values are stored as “0” and “1”.
- Hence, if the resultant value of relational expression is “0”, then the expression is “False”. If the resultant value of relational expression is “1”, then the expression is “True”.
Want to see the full answer?
Check out a sample textbook solutionChapter 4 Solutions
Starting Out with C++: Early Objects (9th Edition)
- Complete the following table by writing statements with combined assignment operators in the right-hand column. The statements should be equivalent to the statements in the left-hand column.arrow_forwardPi Which of the following statements is used to define a fixed ratio? const double pi 3.14; There is no correct answer #define pi 3.14; #define pi=3,14; const pi=3.14;arrow_forward1- You are required to draw flow chart and write a Pseudocode for the following problem statement. Muscat MobiCare is a Mobile Outlet, which provides Mobile repair services. The charges of mobile repairs are based on the type of the service. Details of charges are as follow: Software Fault: 4 OMR Screen Fault: 6 OMR Network/Wi-Fi Fault: 8 OMR Internal Hardware Fault: 10 OMR The Outlet offers discount to the loyal customers. The discount is offered based on the customer visits to the outlet. Following is the detail of discounts. 1- Customer visiting 4 times a year gets 20% discount. 2- Customer visiting 6 times a year gets 30% discount. 3- Customer visiting 8 times a year gets 50% discount. You are required to draw a Flow Chart diagram and write a Pseudocode for a computer program that takes customer name, mobile model, visit date, total number of visits, and required service (mentioned above). The program outputs a receipt with all the entered information plus repair charges based on…arrow_forward
- for (j =1; j________10; j= j+2)System.out.println(j); What must be the relational operator in order to display 1 3 5 7 9arrow_forwardFor the following code: for ( a = 1, b = 5, c = 3; a < 4; a++, b++ ) { c = a * b + c; } Indicate what values for the following variable will be when the code endsa=b=c=arrow_forward4) Operators such as greater-than and less-than, used to compare data for conditions, are called _____operators. logical arithmetic relational smootharrow_forward
- Questions: 18 questions in total. 10 multiple choice questions, 5 missing word questions, and 3 programming questions. Question 18 Rewrite the following statement with three statements. double result += (double) a++ *b = 15; a=a+1; a+b=15; result = result + 15; result result + a + b + 15; |result = result + (double) a * b; b=15;arrow_forward(Civil eng.) Write an assignment statement to calculate the linear expansion in a steel beam as a function of temperature increase. The formula for linear expansion, l, is as follows: l=l0(1+(TfT0)) l0isthelengthofthebeamattemperatureT0.isthecoefficientoflinearexpansion.Tfisthefinaltemperatureofthebeam.arrow_forwardA program contains the following function. int cube(int num) {return num * num * num; }Write a statement that passes the value 4 to this function and assigns its return value to the variable result.arrow_forward
- C++ Programming: From Problem Analysis to Program...Computer ScienceISBN:9781337102087Author:D. S. MalikPublisher:Cengage LearningC++ for Engineers and ScientistsComputer ScienceISBN:9781133187844Author:Bronson, Gary J.Publisher:Course Technology PtrEBK JAVA PROGRAMMINGComputer ScienceISBN:9781337671385Author:FARRELLPublisher:CENGAGE LEARNING - CONSIGNMENT
- Programming with Microsoft Visual Basic 2017Computer ScienceISBN:9781337102124Author:Diane ZakPublisher:Cengage Learning