• 100 mL is L

\[\mathbf{\mbox{100 ml} * (\frac{\mbox{1 L}}{\mbox{10000 ml}}) = {\mbox{0.1 L}}}\]

  • 47 mL is L

  • 470 mL is L

  • 0.07 L is mL

  • 0.009 L is mL

  • 0.001 L is mL

  • 1 L is equivalent to
  • 94 μl is mL

\[\mathbf{\mbox{94 μl} * (\frac{\mbox{1 mL}}{\mbox{1000 μl}}) = {\mbox{0.094 mL}}}\]

  • 207 μL is mL

  • 258 μL is mL

  • 0.013 mL is μL

  • 0.004 mL is μL

  • 0.001 mL is μL

  • 1000 μL are equivalent to
  • 100 M is moles of substance in 1 L of solvent.

\[\mathbf{\mbox{100 M} * (\frac{\mbox{1 mole}}{\mbox{1 L}}) = {\mbox{100 moles}}}\]

  • 24 M is moles of substance in 1 L of solvent.

  • 90 M is moles of substance in 1 L of solvent.

  • 6 M is moles of substance in 500 mL of solvent.

  • 3 M is moles of substance in 500 mL of solvent.

  • 17 M is moles of substance in 100 mL of solvent.

  • 8000 μM is M

\[\mathbf{\mbox{8000 μM} * (\frac{\mbox{1 M}}{\mbox{1,000,000 uM}}) = {\mbox{0.008 M}}}\]

  • 650 μM is mM

  • 2700 μM is M

  • 246 μM is mM

  • 14 μM is mM

  • 0.01 M is μM

  • 0.003 M is μM

  • 0.00154 M is μM

  • 0.845 M is mM

  • 0.193 M is mM

  • 500 μM is equivalent to
  • 50 μM is micromoles (μmol) of substance in 1000 μL of solvent.

\[\mathbf{\mbox{1000 μL} * (\frac{\mbox{1 L}}{\mbox{1,000,000 μL}}) * (\frac{\mbox{50 μmol}}{\mbox{1 L}})= {\mbox{0.05 μmol}}}\]

  • 750 mM is moles of substance in 100 mL of solvent.

  • 30 M is moles of substance in 100 mL of solvent.

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