I believe, you can use C-function - printf().
The goto statement.
Assuming you mean a code block, a group of simple statements enclosed in braces {} is regarded as a code block. In other words, a compound statement. Braces are not required around simple statements except when the statement is the body of a function (where braces are mandatory).
I'm not sure I fully understand the question. Operators and functions are not the same. However, many operators also have named alternatives implemented as functions, such that "add" is synonymous with the binary increment operator while "plus" is synonymous with the unary plus operator. However these are completely separate implementations that do the same thing such that the function implementation typically invokes the operator (with implicit inline expansion to factor away the unwanted function call). There is no way to determine the underlying function of an operator, nor the underlying operator of a function without having access to the implementation source code. Such implementation details cannot be accessed at compile time let alone runtime.
Curly braces are used to mark the start and end of a statement, typically used when the statement body consists of two or more individual statements. However they are also used to mark the start and end of a class declaration and function bodies.
The switch / case statement.
I believe, you can use C-function - printf().
If you mean: y = 15+3x then it is the function of a straight line equation.
It is an equation in two variables, c and g.
If statement is single selection statement,whereas the switch statement is multiple selective.
The goto statement.
In my Chrome browser Ctrl + j shows the download history. Each application can have a different behavior when the Ctrl and another key are pressed. For example in Visual Studio 2008 Ctrl + j invokes statement completion. There is also a game called Ctrl-J
Assuming you mean a code block, a group of simple statements enclosed in braces {} is regarded as a code block. In other words, a compound statement. Braces are not required around simple statements except when the statement is the body of a function (where braces are mandatory).
I'm not sure I fully understand the question. Operators and functions are not the same. However, many operators also have named alternatives implemented as functions, such that "add" is synonymous with the binary increment operator while "plus" is synonymous with the unary plus operator. However these are completely separate implementations that do the same thing such that the function implementation typically invokes the operator (with implicit inline expansion to factor away the unwanted function call). There is no way to determine the underlying function of an operator, nor the underlying operator of a function without having access to the implementation source code. Such implementation details cannot be accessed at compile time let alone runtime.
Curly braces are used to mark the start and end of a statement, typically used when the statement body consists of two or more individual statements. However they are also used to mark the start and end of a class declaration and function bodies.
It is a statement. It is a false statement, but a statement nevertheless.
A control statement is any statement that alters the normal flow of execution. C++ code normally executes procedurally from the top down, however when invoking functions, execution branches off to the function code before returning to the instruction immediately after the function call. A compound statement may consist of several function calls, however even a simple statement may incur more than one function call, where the result of one function provides the argument for another. Decision-making statements like if, if-else and switch can also be used to control the flow of execution, as can the ternary operator (?:). Loops such as for, while and do-while are also examples of control statements. Other examples include goto, break, continue, return, abort and exit, often used in conjunction with decision-making statement. Functions that return void also allow execution to "fall off the end" of the function, which is essentially an implicit return statement. The global main function is the only non-void function that can "fall off the end" (implicitly returning the integral value 0).