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4:39 PM Wed Feb 12 A 73% chem 1b readings chem 1b readings chem 1B discussion ఈ (C) (D) (E) He extrapolated to the point at which the pressure would be zero He extrapolated to the point at which the apparent number of moles would be zero none of these 20.188/mol 20.18g Jvey \యం { (3) Suppose a gas mixture, containing Ne and Ar gases, is maintained at a temperature where the most probable speed for Ne atoms is 201.80 m/s. The most probable speed for Ar atoms is )(32.448) :143. 42 03995 (A) 201.8 m/sec (B) 399.48 m/sec. (C) 101.94 m/sec. (D) 143.43 m/sec. (E) none of these 3 18 0.0 (4) Krypton, Kr, gas of mass 3.900 gram reacts with fluorine, F, to form 5.670 gram of a krypton fluoride. What is the empirical formula for this compound? 0.82013 24.94- 0.08 (A) KrF (B) KrF2. (C) KrF4. (D) KrF6. (E) KrF8 (5) A plot of the relative number of gas particles versus speed is shown for two gas samples: 500 Speed 1000 1500 2000 шetenseс Relative Number

4:39 PM Wed Feb 12 A 73% chem 1b readings chem 1b readings chem 1B discussion ఈ (C) (D) (E) He extrapolated to the point at which the pressure would be zero He extrapolated to the point at which the apparent number of moles would be zero none of these 20.188/mol 20.18g Jvey \యం { (3) Suppose a gas mixture, containing Ne and Ar gases, is maintained at a temperature where the most probable speed for Ne atoms is 201.80 m/s. The most probable speed for Ar atoms is )(32.448) :143. 42 03995 (A) 201.8 m/sec (B) 399.48 m/sec. (C) 101.94 m/sec. (D) 143.43 m/sec. (E) none of these 3 18 0.0 (4) Krypton, Kr, gas of mass 3.900 gram reacts with fluorine, F, to form 5.670 gram of a krypton fluoride. What is the empirical formula for this compound? 0.82013 24.94- 0.08 (A) KrF (B) KrF2. (C) KrF4. (D) KrF6. (E) KrF8 (5) A plot of the relative number of gas particles versus speed is shown for two gas samples: 500 Speed 1000 1500 2000 шetenseс Relative Number

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter5: Gases, Liquids, And Solids
Section: Chapter Questions
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4:39 PM Wed Feb 12 A 73% chem 1b readings chem 1b readings chem 1B discussion ఈ (C) (D) (E) He extrapolated to the point at which the pressure would be zero He extrapolated to the point at which the apparent number of moles would be zero none of these 20.188/mol 20.18g Jvey \యం { (3) Suppose a gas mixture, containing Ne and Ar gases, is maintained at a temperature where the most probable speed for Ne atoms is 201.80 m/s. The most probable speed for Ar atoms is )(32.448) :143. 42 03995 (A) 201.8 m/sec (B) 399.48 m/sec. (C) 101.94 m/sec. (D) 143.43 m/sec. (E) none of these 3 18 0.0 (4) Krypton, Kr, gas of mass 3.900 gram reacts with fluorine, F, to form 5.670 gram of a krypton fluoride. What is the empirical formula for this compound? 0.82013 24.94- 0.08 (A) KrF (B) KrF2. (C) KrF4. (D) KrF6. (E) KrF8 (5) A plot of the relative number of gas particles versus speed is shown for two gas samples: 500 Speed 1000 1500 2000 шetenseс Relative Number
Transcribed Image Text:4:39 PM Wed Feb 12 A 73% chem 1b readings chem 1b readings chem 1B discussion ఈ (C) (D) (E) He extrapolated to the point at which the pressure would be zero He extrapolated to the point at which the apparent number of moles would be zero none of these 20.188/mol 20.18g Jvey \యం { (3) Suppose a gas mixture, containing Ne and Ar gases, is maintained at a temperature where the most probable speed for Ne atoms is 201.80 m/s. The most probable speed for Ar atoms is )(32.448) :143. 42 03995 (A) 201.8 m/sec (B) 399.48 m/sec. (C) 101.94 m/sec. (D) 143.43 m/sec. (E) none of these 3 18 0.0 (4) Krypton, Kr, gas of mass 3.900 gram reacts with fluorine, F, to form 5.670 gram of a krypton fluoride. What is the empirical formula for this compound? 0.82013 24.94- 0.08 (A) KrF (B) KrF2. (C) KrF4. (D) KrF6. (E) KrF8 (5) A plot of the relative number of gas particles versus speed is shown for two gas samples: 500 Speed 1000 1500 2000 шetenseс Relative Number
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