The ideal, theoretical, van't Hoff factor for SrCl, is 3, meaning it dissociates into 3 particles when dissolved in solution. An experiment was conducted to accurately determine the van't Hoff factor. A solution composed of 21.19 g of SrCl, was dissolved in to 375.0 ml of water at 295.9 K. The osmotic pressure was determined to be 24.41 bar. What is the experimental van't Hoff factor? O 2.98 O 2.78 O 2.60 O 3.55
The ideal, theoretical, van't Hoff factor for SrCl, is 3, meaning it dissociates into 3 particles when dissolved in solution. An experiment was conducted to accurately determine the van't Hoff factor. A solution composed of 21.19 g of SrCl, was dissolved in to 375.0 ml of water at 295.9 K. The osmotic pressure was determined to be 24.41 bar. What is the experimental van't Hoff factor? O 2.98 O 2.78 O 2.60 O 3.55
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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![The ideal, theoretical, van't Hoff factor for SrCl, is 3, meaning it dissociates into 3 particles when dissolved in solution. An experiment was conducted to accurately determine the van't Hoff factor. A solution composed of
21.19 g of SrCl, was dissolved in to 375.0 mL of water at 295.9 K. The osmotic pressure was determined to be 24.41 bar. What is the experimental van't Hoff factor?
O 2.98
O 2.78
O 2.60
O 3.55](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8a6d3343-466a-4da7-b28d-03ac52b9823d%2F1dd6e1a3-2715-415c-bc55-307f238095df%2F4br0xt9_processed.png&w=3840&q=75)
Transcribed Image Text:The ideal, theoretical, van't Hoff factor for SrCl, is 3, meaning it dissociates into 3 particles when dissolved in solution. An experiment was conducted to accurately determine the van't Hoff factor. A solution composed of
21.19 g of SrCl, was dissolved in to 375.0 mL of water at 295.9 K. The osmotic pressure was determined to be 24.41 bar. What is the experimental van't Hoff factor?
O 2.98
O 2.78
O 2.60
O 3.55
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