Tweets
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@silverpebble @ChemEdX This is a part of a citizen science project There is a spreadsheet that collates all of our… https://t.co/mbIiwbWRgm -
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@silverpebble Sorry to be a bit vague but hoping all will soon be revealed in a forthcoming @ChemEdX article! There… https://t.co/DOfYg9e4kc
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Register to join us next week! https://t.co/4eGjdB7Ca3 -
@MRyanBLS @PHoare1963 @CLEAPSS @ChemEdX There are 55 molecules of water per 3 ions of Na2SO4 in a 1M solution. The… https://t.co/ThsEGzdiek -
@UncleBo80053383 @PHoare1963 @CLEAPSS @ChemEdX Interesting. I used to explain it as being the (very) few H+ and OH-… https://t.co/wn0X1hjdVb -
@MRyanBLS @PHoare1963 @CLEAPSS @ChemEdX Except that there are no H+ to attract if the electrolyte is 1M Na₂SO₄. Thi… https://t.co/LsjWWvQaow
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@UncleBo80053383 @PHoare1963 @CLEAPSS @ChemEdX Always good teaching point (but difficult) that the pH goes the “wro… https://t.co/F4TL5t03y3
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Inspired by a recent JChemEd article, @pchemstud attempted to extract lithium from a coin battery. https://t.co/2un8ChMKsF
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With 1M Na₂SO₄ as electrolyte in the @CLEAPSS miniversion Hofmann Voltameter, two portable pH meters (yes they do w… https://t.co/DCwMR7Khlu
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Recreating the Mary Poppins Colored Medicine Scene with Acid-Base Indicators by Nick Thomas https://t.co/wYfxXmv0cc… https://t.co/m1iYsqwOeE
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Gas laws and the Particulate World by Chad Husting @ChadHusting https://t.co/Orn89iX9wb #chemchat #chemed #chemtwitter
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