drop volume * Determination of drop weight method (surface tension) 1. Calculate the correction factor (F) by applying t

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Drop Volume Determination Of Drop Weight Method Surface Tension 1 Calculate The Correction Factor F By Applying T 1 (34.52 KiB) Viewed 93 times

drop volume * Determination of drop weight method (surface tension) 1. Calculate the correction factor (F) by applying the revelant equation utilizing the mean as calculated from mass and density thich can be obtained from the equation surface tension equation m.g= F. 4.25. 12. Calculate the final Surface tension applying the I determined alone in a respective equation. Results: Empty beaker 47.5369 Water: Drops per second 30 sec Trial I ~ 48.8539 Trial 2 48.9789 48.9729 Trial 3 → Butanol Trial - 47.8929 Trin 2 - 48.0289 Trial 3 - 48.0249 Glycan! Trial 1 48.004 g Tri12 48.171 Trid 3 48.2179 N.B. Radius were found to be 1.71 and 2.95