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By itself you cannot. You need to have a set of values for the variables and the expression which you need to solve.
Not really.For example: x can be considered and algebraic expression by itself, however it is only a single variable, so by definition it is not a polynomial expression (multiple-number expression).
The identity property.
The expression 3b2 would normally be simplified to 6b. I am not sure why you wrote it the way you did. * * * * * I expect it is meant to be three times b squared. The browser for posting questions has severe limitations as far as mathematical questions are concerned. Back to the question: a is two more than three times a number (b) multiplied by itself.
It is called a power. If the power is 2, it is read as "squared and if the power is 3 it is read as "cubed", otherwise is is read as "to the power of ..."
Committee and the whole
The value of the expression 73 is simply 73. In mathematics, an expression is a combination of numbers, symbols, and operators that represents a mathematical statement. In this case, the expression is just the number 73 itself, so its value remains 73.
What is the number or expression in a power that is multiplied by itself
It is an expression. There is nothing much you can do with an expression by itself.
3a squared is a mathematical expression that represents the product of 3 and the square of the variable a. In mathematical terms, it can be written as 3a^2 or 3 * a * a. This expression simplifies to 3 times the value of a squared, where a is a variable representing a number or quantity.
you are sitting .so sitting itself is doing something
12/12 = 1.
FOR ::= for ( [EXPRESSION]; EXPRESSION;[EXPRESSION]) STATEMENTnote: FOR itself is a STATEMENT as well:STATEMENT ::= ...| IF | ELSE | WHILE | FOR | ... | EXPRESSION; | EMPTY_STATEMENT; | COMPOUND-STATEMENT | ...
The expression "x < 9" represents the inequality where x is less than 9. In mathematical terms, x can take on any value less than 9 but cannot equal 9 itself. This notation is commonly used in algebra to represent relationships between variables and constants.
By itself you cannot. You need to have a set of values for the variables and the expression which you need to solve.
Not really.For example: x can be considered and algebraic expression by itself, however it is only a single variable, so by definition it is not a polynomial expression (multiple-number expression).
An automorphism is an isomorphism of a mathematical object or system of objects onto itself.