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Boiling Point (deg Celcius) 150 100 50 -50 -100 H20 H2S H2Se H2TE + Boiling Point (deg Celcius) 100 60 40 Substance + Bolling Point (deg Celcius) Explain why water has such an unusually high boiling point relative to the other hydrides in group 16. Include the IMF for each of the four molecules in the table. I In hydrides of group 16 elements, with the increase in molecular mass, increase so boiling point also increases. But in H2O, there is hydrogen bonding in molecules with unexpectedly increases its boiling point. Expected trend = H,O < H2S

Boiling Point (deg Celcius) 150 100 50 -50 -100 H20 H2S H2Se H2TE + Boiling Point (deg Celcius) 100 60 40 Substance + Bolling Point (deg Celcius) Explain why water has such an unusually high boiling point relative to the other hydrides in group 16. Include the IMF for each of the four molecules in the table. I In hydrides of group 16 elements, with the increase in molecular mass, increase so boiling point also increases. But in H2O, there is hydrogen bonding in molecules with unexpectedly increases its boiling point. Expected trend = H,O < H2S

Chemistry
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Boling Point (deg Celcius) 150 - 100 50 -50 -100 H20 H2S H2Se H2TE -Boiling Point (deg Celcius) 100 60 40 Substance Boling Point (deg Celcius) Explain why water has such an unusually high boiling point relative to the other hydrides in group 16. Include the IMF for each of the four molecules in the table. В I In hydrides of group 16 elements, with the increase in molecular mass, increase so boiling point also increases. But in H2O, there is hydrogen bonding in molecules with unexpectedly increases its boiling point. Expected trend = H,O < H2S<H2Se<H2TE Actual trend = H2S< H2Se< H2TE << H2O 45 /50 Word Limit Temperature (Celcius
Transcribed Image Text:Boling Point (deg Celcius) 150 - 100 50 -50 -100 H20 H2S H2Se H2TE -Boiling Point (deg Celcius) 100 60 40 Substance Boling Point (deg Celcius) Explain why water has such an unusually high boiling point relative to the other hydrides in group 16. Include the IMF for each of the four molecules in the table. В I In hydrides of group 16 elements, with the increase in molecular mass, increase so boiling point also increases. But in H2O, there is hydrogen bonding in molecules with unexpectedly increases its boiling point. Expected trend = H,O < H2S<H2Se<H2TE Actual trend = H2S< H2Se< H2TE << H2O 45 /50 Word Limit Temperature (Celcius
Drag and drop the correct answers into the spaces. List the following elements in order from lowest boiling point to highest lowest boiling point Aluminum iodi Fructose C6H Potassium bra Calcium brom highest boiling point
Transcribed Image Text:Drag and drop the correct answers into the spaces. List the following elements in order from lowest boiling point to highest lowest boiling point Aluminum iodi Fructose C6H Potassium bra Calcium brom highest boiling point
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