Nothing yet! Or maybe some stuff! :)
31.54 grams − 29.52 grams = 2.02 grams {\displaystyle \ 31.54{\mbox{ grams}}-29.52{\mbox{ grams}}=2.02{\mbox{ grams}}} F ( x ) = x 2 {\displaystyle \ F(x)=x^{2}}
18 grams 1 mole = .73 grams x moles {\displaystyle \ {\frac {18{\mbox{ grams}}}{1{\mbox{ mole}}}}={\frac {.73{\mbox{ grams}}}{x{\mbox{ moles}}}}}
x = 0.041 moles {\displaystyle \ x=0.041{\mbox{ moles}}}
0.73 grams H 2 O 2.02 grams hydrate × 100 = 36 % {\displaystyle \ {\frac {0.73{\mbox{ grams }}{H_{2}}O}{2.02{\mbox{ grams hydrate}}}}\times 100=36\%}
36 − 29 29 × 100 = 24 % error {\displaystyle \ {\frac {36-29}{29}}\times 100=24\%{\mbox{ error}}}
Anhydrous Salt ∙ 7 H 2 O {\displaystyle \ {\mbox{Anhydrous Salt}}\bullet {\mbox{7}}{{\mbox{H}}_{2}}{\mbox{O}}}
Cu 2 SO 4 ∙ 5H 2 O {\displaystyle \ {\mbox{Cu}}_{2}{\mbox{SO}}_{4}\bullet {\mbox{5H}}_{2}{\mbox{O}}}
MgSO 4 ∙ 7H 2 O {\displaystyle \ {\mbox{MgSO}}_{4}\bullet {\mbox{7H}}_{2}{\mbox{O}}}
32.46 seconds 30 revolutions = 1.082 seconds {\displaystyle \ {\frac {32.46{\mbox{ seconds}}}{30{\mbox{ revolutions}}}}=1.082{\mbox{ seconds}}}
4.0212 meters 1.082 seconds = 3.7165 meters second {\displaystyle \ {\frac {4.0212{\mbox{ meters}}}{1.082{\mbox{ seconds}}}}=3.7165{\frac {\mbox{meters}}{\mbox{second}}}}
3.7165 2 meters second = 13.8123 meters 2 second 2 {\displaystyle \ 3.7165^{2}{\frac {\mbox{meters}}{\mbox{second}}}=13.8123{\frac {{\mbox{meters}}^{2}}{{\mbox{second}}^{2}}}}
c o s ( x ) t a n ( x ) + s i n ( x ) c o s ( x ) s i n ( x ) {\displaystyle \ cos(x)tan(x)+{\frac {sin(x)cos(x)}{sin(x)}}}
evil {\displaystyle \ {\sqrt {\mbox{evil}}}}
