Calculate the osmotic pressure of a magnesium citrate laxative solution containing 28.5 g of magnesium citrate in 234 mL of solution at 37 deg * C (approximate body temperature). Assume complete dissociation of the lonic compound. Magnesium citrate, Mg3 (C6H5 O7)2, belongs to aclass of laxatives called hyperosmotics, which areused for rapid emptying of the bowel. When aconcentrated solution of magnesium citrate isconsumed, it passes through the intestines,drawing water and promoting diarrhea, usuallywithin 6 hours.xes▼Part ACalculate the osmotic pressure of a magnesium citrate laxative solution containing 28.5 g of magnesium citrate in 234 mLof solution at 37 °C (approximate body temperature). Assume complete dissociation of the ionic compound.FE ΑΣΦII =Submit Request Answer?atm

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Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

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Calculate the osmotic pressure of a magnesium citrate laxative solution containing 28.5 g of magnesium citrate in 234 mL of solution at 37 deg * C (approximate body temperature). Assume complete dissociation of the lonic compound.

Magnesium citrate, Mg3 (C6H5 O7)2, belongs to a
class of laxatives called hyperosmotics, which are
used for rapid emptying of the bowel. When a
concentrated solution of magnesium citrate is
consumed, it passes through the intestines,
drawing water and promoting diarrhea, usually
within 6 hours.
xes
▼
Part A
Calculate the osmotic pressure of a magnesium citrate laxative solution containing 28.5 g of magnesium citrate in 234 mL
of solution at 37 °C (approximate body temperature). Assume complete dissociation of the ionic compound.
FE ΑΣΦ
II =
Submit Request Answer
?
atm

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