Transitive property: If 8 equals x and x equals y, then 8 equals y.
x
x equals 8
x = -8 because -(-8) = 8
No, because the reverse statement may not result in a true statement.(A) If x is an integer then x*x is rational.(B) if x*x is rational then x is an integer.(B) is utter nonsense. x can be any rational number of even a square root of a rational number, for example, sqrt(2/3), and x*x will be rational.
The conditional statement is: "If 2x - 5 = 11, then x = 8" The biconditional statement is the statement that contains "if and only if". Some textbooks or mathematicians use this symbol ⇔. The biconditional statement of the given is: x = 8 ⇔ 2x - 5 = 11 OR x = 8 if and only if 2x - 5 = 11.
the converse of this conditional is true
By putting a slash through the equals sign, 8 x 8 ≠72.
Neither. It is an equation.
Transitive property: If 8 equals x and x equals y, then 8 equals y.
x
The answer is a pair of numbers ... one for 'x' and one for 'y' ... that makes the statement " y = x + 8 " a true statement. Any pair of numbers can be an answer, just as long as the 'y' number is 8 more than the 'x' number. So there are an infinite number of answers.
x= 24x2 = 8
If 1 multiplied by X equals 8, then X equals 8.
A false statement.
x equals 8
Conditional statements are used in programming to make decisions based on certain conditions. They allow the program to execute different code blocks depending on whether a condition is true or false. Common conditional statements include if, else, and else if.