You start with the first or outermost IF statement. If that is true then you follow the "instruction" that follows and if not, you follow the instruction that follows at the same level of brackets/parentheses. Either or both of these instruction may IF (ie conditional) statements. You simply follow them down the line.
conditional and contrapositive + converse and inverse
Disjunction
If two numbers are reciprocals, then their product is 1. If the product of two numbers is 1, then they are reciprocals.
Syllogism, logic (deductive or inductive).Syllogism, logic (deductive or inductive).Syllogism, logic (deductive or inductive).Syllogism, logic (deductive or inductive).
It is the biconditional.
Use them carefully.
A conditional statement may or may not be true.
The former include repetition, the latter don't.
None of them; you may think of the conditional statements, like if-else, for, while, do-while.
Given that an integer is the same as a whole number, there are four true conditional statements.
syllogism
syllogism
Deductive
conditional and contrapositive + converse and inverse
Decision making statements make use of conditional expressions. In C++ there are three possibilities: if/else, switch/case and the ternary operator (?:).
Unconditional statements are statements that are invoked unconditionally. Conditional statements have a controlling expression, while unconditional statements do not. For example: void f (bool b) { if (b==true) do_something(); // conditional statement (controlled by the expression b==true) do_something_else(); // unconditional (executes regardless of b's value) }
conditional and contrapositive + converse and inverse