The algebraic expression of the product of 5 and 2 more than a number can be represented as 5 * (x + 2), where x represents the unknown number. This expression simplifies to 5x + 10 when multiplied out. It is important to remember the order of operations in algebra, where multiplication takes precedence over addition.
The algebraic expression would be 8n + 3, where n represents the unknown number.
7x+5
a common factor
The algebraic expression for "6 more than a number" can be represented as ( x + 6 ), where ( x ) is the variable representing the unknown number. This expression indicates that you take the number ( x ) and add 6 to it.
n = number. n + 5 ====
The algebraic expression would be 8n + 3, where n represents the unknown number.
7x+5
a common factor
6x+4 is the expression that you are looking for.
It is: ab+10
23k+8
The algebraic expression for "6 more than a number" can be represented as ( x + 6 ), where ( x ) is the variable representing the unknown number. This expression indicates that you take the number ( x ) and add 6 to it.
Let the required answer be represented by 'y' and the variable number by 'n'. Then y = 4n + 3
8n+6
Let the number be a a + 8
x+29
X = " a number " X + 20