**Question 2.b of 15**First synthesized in 1877, the active ingredient in Tylenol is acetaminophen, which is known in other countries as paracetamol (C₈H₉NO₂).What is the molecular geometry of the nitrogen atom in acetaminophen?**Options:**- A) sawhorse- B) trigonal planar- C) tetrahedral- D) trigonal pyramidal- E) T-shaped**Molecular Structure Diagram:**The diagram shows the molecular structure of acetaminophen. It consists of a benzene ring attached to a hydroxyl group (OH) and an amide group (NH-CO-CH₃). The nitrogen atom in question is part of the amide group, connected to one hydrogen atom and one carbonyl group (C=O). The overall arrangement influences the molecular geometry around the nitrogen atom.

The given compound is acetaminophen i.e. known as paracetamol.

First synthesized in 1877, the active ingredient in Tylenol is acetaminophen, which is known in other countries as paracetamol (C,H,NO,). What is the molecular geometry of the nitrogen atom in acetaminophen? A) sawhorse or B) trigonal planar CH3 C) tetrahedral НО D) trigonal pyramidal E) T-shaped

First synthesized in 1877, the active ingredient in Tylenol is acetaminophen, which is known in other countries as paracetamol (C,H,NO,). What is the molecular geometry of the nitrogen atom in acetaminophen? A) sawhorse or B) trigonal planar CH3 C) tetrahedral НО D) trigonal pyramidal E) T-shaped

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...

See similar textbooks

Similar questions

Select the true statements. BF, has a trigonal planar shape. 3 Trigonal planar molecules have three regions of high-electron density around the central atom. NH3 has a trigonal planar shape. Molecules with three outer atoms always have a trigonal planar shape.
B I Uvab X₂ X² AA V 2 E 3 electron groups, no lone pairs, trigonal planar 3 electron groups, 1 lone pair, bent 4 electron groups, 2 lone pairs, bent 4 electron groups, 1 lone pair, trigonal pyramidal F Styles Styles Pane Dictate Sensitivity Select the number of electron groups and lone pairs and use VSEPR theory to determine the shape of PF3. Question 17 options:
5) Which of the following best describes IC12-? It has a molecular geometry that is A) non-linear molecular shape with lone pairs on the I atom. B) linear molecular shape with no lone pairs on the I atom. C) non-linear molecular shape with no lone pairs on the I atom. D) linear molecular shape with lone pairs on the I atom. 6) What is the molecular geometry of BrF4-? A) square pyramidal B) tetrahedral 7) How many of the following are polar? XeF2, Brl5, BrCl3, SO2, CS2 A) 1 B) 2 C) 3 C) square planar D) 4 D) seesaw E) 5
How is molecular shape determined using Valence Shell Electron Pair Repulsion (VSEPR) theory? A) Shape is determined by the repulsion of the electron pairs in the bonded atoms. B) Shape is determined by the repulsion of the neutrons in the bonded atoms C) Shape is determined by the repulsion of the protons in the bonded atoms D) None of the other selections are true
when are electron pair and molecular geometry different and when are they same?
Is the following molecule polar or nonpolar? F-Se-F nonpolar O polar O not enough information to answer question 00O
Structures of Molecular Compounds Formula Electron- Dot Structure Steric Number Electron Group Arrangement # of Bonded Atoms Molecular shape Polar? (Y/N) The questions are in the attached photo.
VSEPR model predicts that the shape of H2O is:A) BentB) TetrahedralC) Trigonal planarD) Trigonal pyramidal
10. The Lewis electron-dot structure of NF3 gives the central atom: a) 1 bonding pair and 4 nonbonding (lone) pairs b) 2 bonding pairs and 4 nonbonding (lone) pairs c) 3 bonding pairs and 1 nonbonding (lone) pairs d) 3 bonding pairs and 2 nonbonding (lone) pairs
The N-N bond in HNNH consists of _____. a) one o bond, two л bonds b) two o bonds, one л bond c) two o bonds, two л bonds d) one o bond, one л bond e) one o bond, no bonds one o bond, one л bond one o bond, two л bonds O two o bonds, two л bonds one o bond, no л bonds O two o bonds, one л bond
Predict the electron pair geometry and molecular geometry for the following substances by drawing their Lewis structures. Also state if each substance is polar or nonpolar. a) BH3. i) Lewis Structure: b) H₂O ii) Electron pair Geometry: iii) Molecular Geometry: iv) Polar or Nonpolar:
19 A molecule is made from four atoms. The first atom (A) has four valence electrons, the second atom (B) has 6 valence electrons, and the other two atoms (C) each have 7 valence electrons. What is the geometry of the molecule ABC2?