If by 'x' you mean multiplied by, then the answer is yes. anything x 7 = 7 x that same number.
x2+7x-18 = (x+9)(x-2) when factored
The expression 7X + 8 represents a mathematical operation where the variable X is multiplied by 7 and then 8 is added to the result. The expression cannot be simplified further without knowing the specific value of X. If X is a known value, you can substitute it into the expression to find the numerical result.
X = 10 7x-5=65 +5 +5 7x=70 /7 /7 So X=10
Oh, what a happy little math problem we have here. To factorise x squared plus 7x, we can first look for a common factor, which in this case is x. So, we can factor out an x to get x(x + 7). And just like that, we've created a lovely little factorised expression.
7x2 + 7x - 14 = 7(x2 + x - 2) = 7(x + 2)(x - 1)
7x + 28
It is an algebraic expression which is equivalent to 7x - 118.
x2+7x-18 = (x+9)(x-2) when factored
The expression ( 7x ) multiplied by ( x ) can be simplified by applying the properties of multiplication. This results in ( 7x^2 ), which means 7 times the square of ( x ).
The product of 7 and x is 7x, so 5 less than that is 7x - 5
7x-5
The expression -7x² represents a mathematical operation where -7 is multiplied by the square of a variable x. To find its value, you need a specific value for x. For example, if x = 2, then -7x² = -7(2²) = -7(4) = -28. Without a specific value for x, the expression remains as is: -7x².
35
7x = 46
The expression is: 7x-6
21
In mathematics, the expression x7 typically represents the product of x and 7, while 7x represents the product of 7 and x. In general, the order of terms in a multiplication expression does not change the result. However, in algebra, the order of terms can be important when simplifying or solving equations.