Input interpretation
strong bases | mass fractions
Table
lithium hydroxide | H (hydrogen) 4.21% | Li (lithium) 29% | O (oxygen) 66.8% sodium hydride | H (hydrogen) 4.2% | Na (sodium) 95.8% sodium amide | H (hydrogen) 5.17% | N (nitrogen) 35.9% | Na (sodium) 58.9% sodium hydroxide | H (hydrogen) 2.52% | Na (sodium) 57.5% | O (oxygen) 40% potassium hydroxide | H (hydrogen) 1.8% | K (potassium) 69.7% | O (oxygen) 28.5% magnesium hydroxide | H (hydrogen) 3.46% | Mg (magnesium) 41.7% | O (oxygen) 54.9% butyllithium | C (carbon) 75% | H (hydrogen) 14.2% | Li (lithium) 10.8% calcium hydroxide | Ca (calcium) 54.1% | H (hydrogen) 2.72% | O (oxygen) 43.2% lithium diethylamide | C (carbon) 60.8% | H (hydrogen) 12.7% | Li (lithium) 8.78% | N (nitrogen) 17.7% rubidium hydroxide | H (hydrogen) 0.984% | O (oxygen) 15.6% | Rb (rubidium) 83.4% lithium diisopropylamide | C (carbon) 67.3% | H (hydrogen) 13.2% | Li (lithium) 6.48% | N (nitrogen) 13.1% strontium hydroxide | H (hydrogen) 1.66% | O (oxygen) 26.3% | Sr (strontium) 72% lithium bis(trimethylsilyl)amide | C (carbon) 43.1% | H (hydrogen) 10.8% | Li (lithium) 4.15% | N (nitrogen) 8.37% | Si (silicon) 33.6% cesium hydroxide | Cs (cesium) 88.7% | H (hydrogen) 0.672% | O (oxygen) 10.7% barium hydroxide | Ba (barium) 80.1% | H (hydrogen) 1.18% | O (oxygen) 18.7%