Ans : shape of the molecule and the nature of the bonds in the molecule
The polarity of the molecule depends on basic factors such as : 1) shape of the molecule 2) polarity of the bonds 3) presence of lone pairs on the central atom .
If all the three factors work in sink with each other , they can make the molecule very polar or not polar at all.
If only one factor works , it will not necessarily make the molecule polar.
The polarity of an entire molecule depends on which of the following? Mark ALL that apply....
Molecule H Lewis structure Hybridization TeF Number of valence electrons Number of o and bonds Number of bonded atoms on central atom Molecular shape Number of lone pairs on central atom Polarity Bonded-atom lone- pair arrangement Central atom steric number Bond angles Bond order Te-F: - 100 -
Which of the following statements is/are correct? i. A molecule is nonpolar if it contains only nonpolar bonds ii. A polar molecule is one in which there is an asymmetrical distribution of charge. iii. If the central atom in a molecule has no lone pairs and all the atoms bonded to it are identical, the molecule is nonpolar.
Write Lewis structures for the molecules represented by the
following line-angle formulas.
a)
Draw the molecule by placing atoms on the grid and
connecting them with bonds. Include all hydrogen atoms. Include all
lone pairs of electrons.
b)
Draw the molecule by placing atoms on the grid and
connecting them with bonds. Include all hydrogen atoms. Include all
lone pairs of electrons.
Predict the shape and polarity of each of the following molecules: A central atom with three identical bonded atoms and one lone pair. trigonal planar trigonal pyramidal bent (120°) linear tetrahedral bent (109) Submit Request Answer Part B A central atom with three identical bonded atoms and one lone pair nonpolar polar Submit Request Answer Part C A central atom with two bonded atoms and two lone pairs linear trigonal planar trigonal pyramidal bent (109) tetrahedral bent (120°) Submit Request...
1. A molecule which has C, N, O and H has no formal charge on any of the atoms. which statement best describes the valence (bonds and lone pairs) of carbon, nitrogen, and oxygen? A) Carbon: two bonds, zero lone pairs; nitrogen: three bonds, two lone pairs B) Oxygen: two bonds, two lone pairs; nitrogen: three bonds, one lone pair C) Carbon: three bonds, one lone pair; oxygen: two bonds, two lone pairs D) Carbon: four bonds, zero lone pairs;...
QUESTION 15 Use your VSEPR table to answer all the following question for the molecule SFS+: a. What is the total number of valence electrons in the molecule? b. How many non-bonding electron pairs (lone pairs) are on each Fatom? c. How many lone pairs are on the central Satom? d. What is the electron domain shape? e. What is the molecular shape? TTT Arial 3 (12pt) T
Draw the molecule by placing atoms on the grid and connecting them with bonds. Include all lone pairs of electrons and any nonzero formal charges. Reset 7
Acetaldehyde, CH3CHO Draw a Lewis structure for the following molecules. Draw the molecule by placing atoms on the grid and connecting them with bonds. Include all lone pairs of electrons.
please help in all sections asap!!
Identify the reagents for each of the following transformations. Select all that apply. V -a HC=CNa MCPBA NaOEt H2O2, NaOH NBS, heat Conc. H2S04, heat OBH3-THF OH PCC, CH2Cl2 Conc. H2SO4, heat OBH3-THF HC=CNa MCPBA H2O2, NaOH NBS, heat HCCNa ОМСРВА H2O2, NaOH PCC, CH2Cl2 Conc. H2SO4, heat The following two drawings are resonance structures of one compound. But the following two drawings are not resonance structures Not resonance structures They are, in fact,...
Check all of the following statements that are true for NCI2? The Cl-N-Cl bond angle in this molecule is less than 109.5° The Root geometry for the molecule is trigonal planar. The Cl atoms are sp3 hybridized The central atom is sp2 hybridized The shape of the molecule is trigonal pyramid There are 2 lone pairs on the central atom in this molecule. The Cl-N-CI bond angle in this molecule is greater than 120°. The bond between N and Cl is a pi bond