\(\big(\frac{2}{3}*\frac{2}{3}\big) + 6.25\)
\(\frac{4}{9}+6.25\)
\(\frac{4}{9}+6\frac{1}{4}\)
\(\frac{16}{36}+6\frac{9}{36}\)
\(6\frac{25}{36}\)
\(-3+(-2) \)
\(=\boxed{-5}\)
Inequalities:Example 1: Latex code: x+1 \geqslant 0
Example 2: Latex code: x-1 \leqslant 0
Instead of \geqslant and \leqslant you can use
\(x+1\geq0 \)Latex code: x+1\geq0
\(x-1\leq0\)Latex code: x-1\leq0
That is a very good point. The equation is not "unsolvable" (I just did it) but there is \(\boxed{\text{No Solution}}\)
c=-25
\(13=-\frac{x}{2}\)
\(26=-x\)
\(x=-26\)
Density (p) = \(\frac{Mass (m)}{Volume (V)}\)
Can you take it from here?
