Using the following equations, work out how much

O_(2)

in

m(g)/(m)L

\ A. Converting "drops" to

m(g)/(L)

:\ B. Converting

O_(2)%

Saturation to

O_(2)(m(g)/(L))

\

DO((mg)/(L))=(A_(drops ))/(2)

\

DO(((mg)/(L))/(O_(2)%))=(DO% bubbled water ((mg)/(L)))/(100%)

Using the following equations, work out how much O2 in mg/mL A. Converting "drops" to mg/L : B. Converting O2% Saturation to O2(mg/L) DO(Lmg)=2Adrops DO(O2%Lmg)=100%DOONbubbledwater(Lmg) Using the following equations, work out how much O2 in mg/mL A. Converting "drops" to mg/L : B. Converting O2% Saturation to O2(mg/L) DO(Lmg)=2Adrops DO(O2%Lmg)=100%DOONbubbledwater(Lmg)