Assign the correct shape / geometry to (chloroform), based on VSEPR theory. Concept introduction : According to VSEPR theory we can determine the shape of a molecule by following the given steps First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these. The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral. Now for molecular geometry we have to consider the number of lone pair of electrons. The molecular geometry depends upon the repulsion order between electron pairs which is Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Question

Want to see the full answer?

Answer 1

Question

Chapter 4, Problem 58P

(a)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (chloroform), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(b)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (boron trichloride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair -bond pair < lone pair −bond pair < lone pair-lone pair.

(c)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (carbon tetrafluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair--bond pair< lone pair −bond pair < lone pair-lone pair.

(d)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (sulfur difluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(e)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (Nitrogen triiodide), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(f)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to(Dichlorodifluoromethane), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Name the major organic product of the following action of 4-chloro-4-methyl-1-pentanol in neutral pollution 10+ Now the product. The product has a molecular formula f b. In a singly hain, the starting, material again converts into a secule with the molecular kormula CIO. but with comply Draw the major organic structure inhalation

Macmillan Learning Alcohols can be oxidized by chromic acid derivatives. One such reagent is pyridinium chlorochromate, (C,H,NH*)(CICTO3), commonly known as PCC. Draw the proposed (neutral) intermediate and the organic product in the oxidation of 1-butanol by PCC when carried out in an anhydrous solvent such as CH₂C₁₂. PCC Intermediate OH CH2Cl2 Draw the intermediate. Select Draw Templates More с H Cr о Product Draw the product. Erase Select Draw Templates More H о Erase

If I have 1-bromopropene, to obtain compound A, I have to add NaOH and another compound. Indicate which compound that would be. A C6H5 CH3

Answer 2

Question

Chapter 4, Problem 58P

(a)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (chloroform), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(b)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (boron trichloride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair -bond pair < lone pair −bond pair < lone pair-lone pair.

(c)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (carbon tetrafluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair--bond pair< lone pair −bond pair < lone pair-lone pair.

(d)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (sulfur difluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(e)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (Nitrogen triiodide), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(f)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to(Dichlorodifluoromethane), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 4, Problem 58P

(a)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (chloroform), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(b)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (boron trichloride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair -bond pair < lone pair −bond pair < lone pair-lone pair.

(c)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (carbon tetrafluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair--bond pair< lone pair −bond pair < lone pair-lone pair.

(d)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (sulfur difluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(e)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (Nitrogen triiodide), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(f)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to(Dichlorodifluoromethane), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 4, Problem 58P

(a)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (chloroform), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(b)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (boron trichloride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair -bond pair < lone pair −bond pair < lone pair-lone pair.

(c)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (carbon tetrafluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair--bond pair< lone pair −bond pair < lone pair-lone pair.

(d)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (sulfur difluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(e)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (Nitrogen triiodide), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(f)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to(Dichlorodifluoromethane), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 4, Problem 58P

(a)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (chloroform), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(b)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (boron trichloride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair -bond pair < lone pair −bond pair < lone pair-lone pair.

(c)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (carbon tetrafluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair--bond pair< lone pair −bond pair < lone pair-lone pair.

(d)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (sulfur difluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(e)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (Nitrogen triiodide), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

(f)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to(Dichlorodifluoromethane), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 6

Chapter 4, Problem 58P

(a)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (chloroform), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 7

Chapter 4, Problem 58P

(a)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (chloroform), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 8

(b)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (boron trichloride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair -bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 9

(b)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (boron trichloride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair -bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 10

(c)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (carbon tetrafluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair--bond pair< lone pair −bond pair < lone pair-lone pair.

Answer 11

(c)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (carbon tetrafluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair--bond pair< lone pair −bond pair < lone pair-lone pair.

Answer 12

(d)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (sulfur difluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 13

(d)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (sulfur difluoride), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 14

(e)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (Nitrogen triiodide), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 15

(e)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to (Nitrogen triiodide), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 16

(f)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to(Dichlorodifluoromethane), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 17

(f)

Interpretation Introduction

Interpretation:

Assign the correct shape / geometry to(Dichlorodifluoromethane), based on VSEPR theory.

Concept introduction:

According to VSEPR theory we can determine the shape of a molecule by following the given steps
First identify the number of bonded atoms to the central atom and count the number of lone pair of electrons on central atom. Add these.

The sum obtained above gives us idea about the electronic geometry in a molecule. For example if it is two then the electron geometry will be linear, if it is three the geometry will be trigonal planar, four the geometry will be tetrahedral, five the geometry will be trigonal bipyramidal, six the geometry will be octahedral.

Now for molecular geometry we have to consider the number of lone pair of electrons.

The molecular geometry depends upon the repulsion order between electron pairs which is
Bond pair-bond pair < lone pair −bond pair < lone pair-lone pair.

Answer 18

Expert Solution & Answer

Answer 19

Expert Solution & Answer

Answer 20

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 21

Ch. 4 - Prob. 1RQ Ch. 4 - Prob. 2RQ Ch. 4 - What are the structural differences among chlorine...Ch. 4 - Prob. 4RQ Ch. 4 - What are the charges on simple ions formed from...Ch. 4 - Prob. 6RQ Ch. 4 - In what group of the periodic table would elements...Ch. 4 - Prob. 8RQ Ch. 4 - Prob. 9RQ Ch. 4 - Prob. 10P

Concept explainers

Videos

Want to see the full answer?

Chapter 4 Solutions