Born Haber

Born Haber cycle is used to calculate which of the following?

• Lattice energy

• Ionization energy

• Electron affinity

• Electronegativity

Which of the following steps is not part of the Born Haber cycle?

• Sublimation of the solid metal

• Ionization of the metal atom

• Formation of the metal oxide

• Formation of the ionic compound

Tags

NGSS.HS-PS1-4

In the Born Haber cycle, which process involves the absorption of energy?

• Formation of ionic compound

• Sublimation of solid metal

• Lattice energy release

• Electron affinity

Tags

NGSS.HS-PS1-4

What is the primary purpose of the Born Haber cycle?

• To determine the stability of a compound

• To calculate the enthalpy change of a reaction

• To find the lattice energy of an ionic solid

• To measure the ionization energy of an element

Which of the following is a real-world application of the Born Haber cycle?

• Predicting the solubility of salts

• Determining the hardness of minerals

• Calculating the energy required to form an ionic compound

• Measuring the conductivity of metals

Tags

NGSS.HS-PS2-4

In the Born Haber cycle, what does the term 'lattice energy' refer to?

• Energy required to break an ionic compound into gaseous ions

• Energy released when gaseous ions form an ionic compound

• Energy needed to ionize a gaseous atom

• Energy absorbed during the sublimation of a solid

Tags

NGSS.HS-PS2-4

Which scientific concept is primarily used in the Born Haber cycle?

• Hess's Law

• Boyle's Law

• Avogadro's Law

• Charles's Law

What is the significance of electron affinity in the Born Haber cycle?

• It measures the energy change when an electron is added to a neutral atom

• It determines the energy required to remove an electron from an atom

• It calculates the energy needed to form a cation

• It assesses the energy change during the formation of a covalent bond

Tags

NGSS.HS-PS1-2

Which of the following equations represents the lattice energy in the Born Haber cycle?

• @@ ext{M}^+ + ext{X}^- ightarrow ext{MX}@@

• @@ ext{MX} ightarrow ext{M}^+ + ext{X}^-@@

• @@ ext{M} + ext{X} ightarrow ext{MX}@@

• @@ ext{MX} ightarrow ext{M} + ext{X}@@

How does the Born Haber cycle help in understanding ionic compounds?

• By providing a step-by-step energy analysis

• By predicting the color of the compound

• By determining the molecular shape

• By measuring the boiling point