For any two or more multiples in algebra. they are written as '2x' or 'ab' or '3ab'
NB In algebra the multiplication sign 'x' is NEVER' shown.
The '2x' means '2' multiplied to 'x' , or similarly 'ab' means 'a' multiplied to 'b'.
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X = " a number " X + 20
The product of '5' and 'b' is '5b' Product is another word for multiplication. '5b' means '5' multiplied to 'b' NB The multiplication sign is never shown in algebra. NNB The number/coefficient always comes before the letter.
The expression is: 3x+4
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the expression of the product of 5 and a number
An expression that is equivalent to "12 less than the product of 4 and a number" can be written as ( 4x - 12 ), where ( x ) represents the number. This expression first calculates the product of 4 and the number, then subtracts 12 from that product.
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The expression for the product of a number and 12 can be written as ( 12x ), where ( x ) represents the number. This indicates that you multiply the number ( x ) by 12.
A variable expression for the product of a number ( z ) and 4 is ( 4z ). This expression represents the multiplication of the variable ( z ) by the constant 4.
the product of 23 and a number
If you call your number x, the expression would be 5x.
If x is used to represent the unknown number, then the expression for 20 times a number would be 20x.
The product of a number and 20
The algebraic expression for the difference between the product of five and a number (let's denote the number as ( x )) and twice the number can be written as: ( 5x - 2x ). Simplifying this expression gives ( 3x ). Therefore, the final expression is ( 3x ).
Let the number be x and so the expression would be: x+20
To write an algebraic expression for "five less than the product of two and a number," let the variable ( x ) represent the number. The product of two and the number can be expressed as ( 2x ). Therefore, five less than this product is represented by the expression ( 2x - 5 ).