Oh, dude, that's a fancy one! So, the grammatical name given to the expression "Knowing the approach" is a gerund phrase. It's like a verb form ending in -ing that functions as a noun. So, next time you want to sound all scholarly, just drop "gerund phrase" into the conversation and watch everyone nod like they know what you're talking about.
This is not an equation since there is no equals sign. This means it is an expression, which can't be solved, only simplified. Even if it were an equation, there are two variables in this expression, so without knowing the values for both variables, we would not know if 67 is a solution.
Mumu
The sum of the given expression would depend on the values of the variables which have not been given.
A variable
The given expression in algebra can be simplified to 12b
Mumu
what is the grammatical name given to the expression- with every little feeling
noun phrase, adverbial phrase, adjectival phrase
Without knowing the plus or minus values of the given terms then it can't be considered to be a quadratic expression.
First grammatical error. These questions and not these question..... These............... Where are those questions? If you would like to answer the question, then question is to be given clearly. Without knowing the question how can one give answer to that question?
Without an equality sign and not knowing the plus or minus values of 7y and 2y the expression given can't be considered to be an equation
Without an equality sign the given quadratic expression can't be classed as an equation but knowing how to use the quadratic equation formula would be helpful when given such problems.
Without an equality sign and not knowing the plus or minus values of some of the given terms it therefore follows that the given expression is meaningless.
The answer is given below:
Without an equality sign and not knowing the plus or minus values of some of the given terms the given expression can't be considered to be an equation.
The answer will depend on the expression - which is not given!
To evaluate an expression is nothing but to operate the given expression according to the operators given in the expression if it is evaluable i.e, it could be convertable.