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please explain why Which of the following aqueous solutions would have the highest osmotic pressure at...
Which of the following aqueous solutions will have the highest freezing point? Which will have the lowest vapor pressure? Explain 1. 0.250 m CH3CH2OH 2. 0.180 m AlPO4 3. 0.095 m (NH4)3PO4 4. 0.100 m MgCl2
Which of the following aqueous solutions will have the HIGHEST vapor pressure? Assume ideal Van’t Hoff factors. Pure water 0.300 m C6H12O6 (glucose) 0.300 m NaBr 0.200 m CaBr2
Which of the following aqueous solutions would have the lowest vapor pressure? a) 0.15 m nacl b) 0.10 m mgcl2 c) 0.30 m ch3oh d) 0.10 m li3po4 explain to me why, please
Which of the following solutions would have the lowest vapor pressure? Multiple Choice 0.1 M (NH4)2SO4 0.1 M Li3PO4 0.1 M MgCl2 0.1 M CH3OH
Which of the following aqueous solutions has the highest freezing point? C. is correct, can you explain why? A. 0.12 m (NH4)3PO4 B. 0.25 m Ca(NO3)2 C. Correct 0.15 m MgCl2 D. 0.25 m NaCl
> Question 49 Which of these aqueous solutions would have the highest concentration of particles for "osmolarity"? 1.0M CaCl2 1.0 M HCI 1.0 MFeC13 10M C6H1206 Question 50 Which of the following pairs are miscible with (or soluble in) one another? Na 2504 and C6H6
Why was the selected answer (E) wrong, and why is (C) correct? 5) Which of the following aqueous solutions will have the lowest vapor pressure? A) 0.250 m CH3CH2OH B) 0.180 m AlPO4 C) 0.095 m (NH4)3PO4 D) 0.100 m MgCl2 E) 0.060 m Al2(SO4)3
Which of the following aqueous solutions will have the lowest vapor pressure? A. 0.250 m CH3CH2OH B. 0.095 m (NH4)3PO4 C. 0.180 m AlPO4 D. 0.060 m Al2(SO4)3 E. 0.100 m MgCl2
Which of the following aqueous solutions will have the lowest vapor pressure? A. 0.250 m CH3CH2OH B. 0.095 m (NH4)3 PO4 C. 0.180 m AlPO4 D. 0.060 m Al2(SO4)3 E 0.100 m MgCl2
18. What osmotic pressure in atmospheres would you expect for each of the following solutions? a) 5.00 g of NaCl in 350.0 mL of aqueous solution at 50 °C b) 6.33 g of sodium acetate, CH3CO2Na, in 55.0 mL of aqueous solution at 10 °C. 19. Human blood gives rise to an osmotic pressure of approximately 7.7 atm at body temperature, 37.0 °C. What must the molarity of an intravenous glucose solution be to give rise to the same osmotic...