Analysis of a compound showed that it contained 40.66 % C and 8.53 % H, 23.72 % N and rest is oxygen. 4.411 g of this compound was made to 435.5 mL solution with osmotic pressure of 4.196 atm at 25.00∘C. a. What are the empirical and molecular formulas for this compound? b. Draw a complete Lewis structure for this compound; you will have to show 2 structures and only one of them is correct which means you must show formal charge for your reasoning c. What are the electron and molecular geometries for the carbon that is bonded to both nitrogen and oxygen in this compound? What is the bond angle for this carbon? d. Is this compound polar? e. Explain the bonding for carbon that is bonded to nitrogen and oxygen You must indicate the lone pairs, sigma or pi bonds when you determine the bonding.
Analysis of a compound showed that it contained 40.66 % C and 8.53 % H, 23.72 % N and rest is oxygen. 4.411 g of this compound was made to 435.5 mL solution with osmotic pressure of 4.196 atm at 25.00∘C. a. What are the empirical and molecular formulas for this compound? b. Draw a complete Lewis structure for this compound; you will have to show 2 structures and only one of them is correct which means you must show formal charge for your reasoning c. What are the electron and molecular geometries for the carbon that is bonded to both nitrogen and oxygen in this compound? What is the bond angle for this carbon? d. Is this compound polar? e. Explain the bonding for carbon that is bonded to nitrogen and oxygen You must indicate the lone pairs, sigma or pi bonds when you determine the bonding.
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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Analysis of a compound showed that it contained 40.66 % C and 8.53 % H, 23.72 % N and rest is oxygen. 4.411 g of this compound was made to 435.5 mL solution with osmotic pressure of 4.196 atm at 25.00∘C.
a. What are the empirical and molecular formulas for this compound?
b. Draw a complete Lewis structure for this compound; you will have to show 2 structures and only one of them is correct which means you must show formal charge for your reasoning
c. What are the electron and molecular geometries for the carbon that is bonded to both nitrogen and oxygen in this compound? What is the bond angle for this carbon?
d. Is this compound polar?
e. Explain the bonding for carbon that is bonded to nitrogen and oxygen You must indicate the lone pairs, sigma or pi bonds when you determine the bonding.
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