They're ALL divisible by 1... and themselves !
the #
The word for a statement that is true for any number or variable is a "universal statement" or a "universal quantification." In mathematical logic, this type of statement is typically denoted using the universal quantifier symbol (∀), which signifies "for all" or "for every." Universal statements are used to make generalizations that apply to all elements in a given set or domain.
An identity.
It is called an identity.
no
the #
The word for a statement that is true for any number or variable is a "universal statement" or a "universal quantification." In mathematical logic, this type of statement is typically denoted using the universal quantifier symbol (∀), which signifies "for all" or "for every." Universal statements are used to make generalizations that apply to all elements in a given set or domain.
An identity.
A value of the variable that makes the equation statement true is called a solution. For example, in the equation ( x + 2 = 5 ), the value ( x = 3 ) is a solution because substituting it into the equation yields a true statement. There can be multiple solutions or none, depending on the equation. To find a solution, you can isolate the variable and solve for its value.
It is called an identity.
no
No; this statement is not true. The number 6 is an example of why this is not true.
It is triple the number of edges on one base.
No, this statement is not true. 21 is an example of why this is not true.
It is three times the number of sides on a base of the prism.
They are an even number, greater than or equal to 6.
are statments that are true gor any mumber