No, that would be lazy take the assitance your offered you should be able to do this by your self you have had countless people help you.
Sorry that was my error simlify \(\frac{27}{1} * \frac{1}{2}\) which is \(\frac{27}{2}\) so simplified that is (Hint) you can divide 27 by two and the remainder has to bein fraction form.
YOU alone can solve this problem comppletly I am just assiting you its are methods that were looking at.
Nickolas line those numbers up again 183.6 is not the answer between \(\frac{27}{2} * \frac{1}{2}\)
This problem works the same way you can apply pemdas on either side of the problem? in the midst of this we have already solved the major parts of pemdas......... after completes (Using Pemdas) the problems on either side he can add the products and this is what the problem is looking for.
Yes can \(\frac{27}{2}\)
Be simplified further?
If 27 is what you got then you can multiply it by 1/2 like this
\(\frac{1}{2} * \frac{27}{1}\)
Multiply the numerator by the numerator and the like wise with the denominator.
Yes he would but in math for sixth graders it teaches the basics of pre-algebra equations so this input is along correct but to not confuse him he must do both sides then add the products to derive his answer.
No, you must do problems on both sides of the addition symbol add the products and you will get your sum like this
\(factor\times factor +factor\times factor\)
\(Product + Product = sum\)
\(sum = answer.\)
The problem is when simplied a little
\(\frac{1}{2}\times {3}^{3}+ 3.4\times 4\)
Does this help you?
+444 