The algebraic expression for "9 more than c" is ( c + 9 ). This expression indicates that you take the value of ( c ) and add 9 to it.
9 < c
The algebraic expression for the quotient of ( z ) and ( 9 ) is ( \frac{z}{9} ). This expression indicates that ( z ) is divided by ( 9 ).
n-9
An example of an algebraic expression with a term that has a coefficient of 9 is (9x^2 + 4y - 3). In this expression, the term (9x^2) has a coefficient of 9. Coefficients are the numerical factors that multiply the variables in algebraic expressions.
It is an algebraic expression
9 < c
x/2 - 9
n-9
3n-9
An example of an algebraic expression with a term that has a coefficient of 9 is (9x^2 + 4y - 3). In this expression, the term (9x^2) has a coefficient of 9. Coefficients are the numerical factors that multiply the variables in algebraic expressions.
It is an algebraic expression
There are 3 terms in the algebraic expression of: 3y+9+7x
It is two terms of an algebraic expression but if you mean -3 times -9 then it is 27
Well, isn't that a happy little question! The algebraic expression for "9 less than c" is simply c - 9. Just imagine c as a beautiful cloud in the sky, and then gently subtract 9 to reveal the sun shining through. Happy painting!
To write an algebraic expression for "32 less than the product of 9 and g," first express the product of 9 and g as ( 9g ). Then, to indicate "32 less than" this product, you subtract 32 from it. The final expression is ( 9g - 32 ).
It is some kind of an algebraic expression
It is an algebraic expression