Question 1

Show the path of an electron on an atom as it absorbs energy going from energy level 1 to level 6 and then releasing energy (as a photon) to fall to energy level 3. Be sure to show the relative differences in energy of the levels.

Accepted Answer

The answer of Show the path of an electron on...

Question 2

The photoelectric effect experiment is performed on strontium metal. When light with ? = 389 nm shines on the metal, electrons are ejected at a velocity of 3.97 x 10⁵ m/s. What is the threshold frequency, $\nu$_o, for strontium metal?

Accepted Answer

The answer of The photoelectric effect experiment is performed on...

Question 3

What is the wavelength of electrons moving at 1.5 x10⁶ m/s (about 0.5% the speed of light)?

Accepted Answer

The answer of What is the wavelength of electrons moving...

Question 4

What is the kinetic energy in kJ/mole of electrons with a wavelength of 0.22 nm (the distance between some atoms)?

Accepted Answer

The answer of What is the kinetic energy in kJ/mole...

Question 5

What is the wavelength of electrons with kinetic energy 95 kJ/mole?

Accepted Answer

The answer of What is the wavelength of electrons with...

Question 6

At what velocity would an electron need to travel at to have a wavelength of 0.1 nm?

Accepted Answer

The answer of At what velocity would an electron need...

Question 7

An electron has velocity of 3 x 10² m s^-1; determine the wavelength and frequency of this electron.

Accepted Answer

The answer of An electron has velocity of 3 x...

Question 8

One wavelength of infrared radiation absorbed by water is 3150 nm. At what velocity will electrons have this wavelength?

Accepted Answer

The answer of One wavelength of infrared radiation absorbed by...

Question 9

List the possible values of m_l for an electron in a 3p subshell.

Accepted Answer

The answer of List the possible values of m_l for...

Question 10

List the possible values for l for an electron in the 4^th principle quantum level.

Accepted Answer

The answer of List the possible values for l for...

Question 11

List all possible quantum sets for an electron in the 4p quantum level.

Accepted Answer

The answer of List all possible quantum sets for an...

Question 12

Atomic orbitals on different atoms can interact with each other, with different results. For now, consider two atoms, A and X. Draw contour pictures of the interaction of the 2s orbital on A with the 2p orbital on X, with the preferred axis of the p orbital (one of the lobes) pointing at the s orbital.

Accepted Answer

The answer of Atomic orbitals on different atoms can interact...

Question 13

Atomic orbitals on different atoms can interact with each other, with different results. For now, consider two atoms, A and X. Draw contour pictures of the 2p orbital on A and the 2p orbital on X where the preferred axes are parallel (a side-by-side interaction).

Accepted Answer

The answer of Atomic orbitals on different atoms can interact...

Question 14

Which of the following pictures shows the appropriate number of nodes for a 3d orbital?

Accepted Answer

The answer of Which of the following pictures shows the...

Question 15

Which of the following is a view of the d_xy orbital from the z axis?

Accepted Answer

The answer of Which of the following is a view...

Question 16

Please define what a node is and how many would be found in a 4p orbital.

Accepted Answer

The answer of Please define what a node is and...

Question 17

The energy required to convert O₂ molecules to O atoms is 496 kJ/mole. If electromagnetic radiation of 180 nm is absorbed by 1 mole of O₂ molecules, how much kinetic energy will be present in the O atoms?

Accepted Answer

The answer of The energy required to convert O₂ molecules...

Question 18

Draw a molecular picture illustrating the decomposition of O₃ to O₂+ O in the stratosphere.

Accepted Answer

The answer of Draw a molecular picture illustrating the decomposition...

Question 19

The bond energy for molecular oxygen, O₂, is 495 kJ/mol; the maximum wavelength of light capable of fragmenting the ozone molecule is 340 nm. What is the difference between the bond energies of O₂ and O_3?

Accepted Answer

The answer of The bond energy for molecular oxygen, O₂,...

Question 20

The bond energy for molecular oxygen, O₂, is 495 kJ/mol and differs from that of O₃ by 145 kJ mol^-1; what is the maximum wavelength of light capable of fragmenting the ozone molecule?

Accepted Answer

Student must recognize that O₂ bond energy is greater than that of O₃ (O₂ is fragmented in the upper atmosphere, O₃ in lower atmosphere).

Quiz 4: Atoms and Light

Show the path of an electron on an atom as it absorbs energy going from energy level 1 to level 6 and then releasing energy (as a photon) to fall to energy level 3. Be sure to show the relative differences in energy of the levels.

The photoelectric effect experiment is performed on strontium metal. When light with ? = 389 nm shines on the metal, electrons are ejected at a velocity of 3.97 x 10⁵ m/s. What is the threshold frequency, $\nu$ _o, for strontium metal?

What is the wavelength of electrons moving at 1.5 x10⁶ m/s (about 0.5% the speed of light)?

What is the kinetic energy in kJ/mole of electrons with a wavelength of 0.22 nm (the distance between some atoms)?

What is the wavelength of electrons with kinetic energy 95 kJ/mole?

At what velocity would an electron need to travel at to have a wavelength of 0.1 nm?

An electron has velocity of 3 x 10² m s^-1; determine the wavelength and frequency of this electron.

One wavelength of infrared radiation absorbed by water is 3150 nm. At what velocity will electrons have this wavelength?

List the possible values of m_l for an electron in a 3p subshell.

List the possible values for l for an electron in the 4^th principle quantum level.

List all possible quantum sets for an electron in the 4p quantum level.

Atomic orbitals on different atoms can interact with each other, with different results. For now, consider two atoms, A and X. Draw contour pictures of the 2p orbital on A and the 2p orbital on X where the preferred axes are parallel (a side-by-side interaction).

Which of the following pictures shows the appropriate number of nodes for a 3d orbital?

Which of the following is a view of the d_xy orbital from the z axis?

Please define what a node is and how many would be found in a 4p orbital.

The energy required to convert O₂ molecules to O atoms is 496 kJ/mole. If electromagnetic radiation of 180 nm is absorbed by 1 mole of O₂ molecules, how much kinetic energy will be present in the O atoms?

Draw a molecular picture illustrating the decomposition of O₃ to O₂+ O in the stratosphere.

The bond energy for molecular oxygen, O₂, is 495 kJ/mol; the maximum wavelength of light capable of fragmenting the ozone molecule is 340 nm. What is the difference between the bond energies of O₂ and O_3?

The bond energy for molecular oxygen, O₂, is 495 kJ/mol and differs from that of O₃ by 145 kJ mol^-1; what is the maximum wavelength of light capable of fragmenting the ozone molecule?

Quiz 4: Atoms and Light

Show the path of an electron on an atom as it absorbs energy going from energy level 1 to level 6 and then releasing energy (as a photon) to fall to energy level 3. Be sure to show the relative differences in energy of the levels.

The photoelectric effect experiment is performed on strontium metal. When light with ? = 389 nm shines on the metal, electrons are ejected at a velocity of 3.97 x 105 m/s. What is the threshold frequency, ν\nuν o, for strontium metal?

What is the wavelength of electrons moving at 1.5 x106 m/s (about 0.5% the speed of light)?

What is the kinetic energy in kJ/mole of electrons with a wavelength of 0.22 nm (the distance between some atoms)?

What is the wavelength of electrons with kinetic energy 95 kJ/mole?

At what velocity would an electron need to travel at to have a wavelength of 0.1 nm?

An electron has velocity of 3 x 102 m s-1; determine the wavelength and frequency of this electron.

One wavelength of infrared radiation absorbed by water is 3150 nm. At what velocity will electrons have this wavelength?

List the possible values of ml for an electron in a 3p subshell.

List the possible values for l for an electron in the 4th principle quantum level.

List all possible quantum sets for an electron in the 4p quantum level.

Atomic orbitals on different atoms can interact with each other, with different results. For now, consider two atoms, A and X. Draw contour pictures of the 2p orbital on A and the 2p orbital on X where the preferred axes are parallel (a side-by-side interaction).

Which of the following pictures shows the appropriate number of nodes for a 3d orbital?

Which of the following is a view of the dxy orbital from the z axis?

Please define what a node is and how many would be found in a 4p orbital.

The energy required to convert O2 molecules to O atoms is 496 kJ/mole. If electromagnetic radiation of 180 nm is absorbed by 1 mole of O2 molecules, how much kinetic energy will be present in the O atoms?

Draw a molecular picture illustrating the decomposition of O3 to O2 + O in the stratosphere.

The bond energy for molecular oxygen, O2, is 495 kJ/mol; the maximum wavelength of light capable of fragmenting the ozone molecule is 340 nm. What is the difference between the bond energies of O2 and O3?

The bond energy for molecular oxygen, O2, is 495 kJ/mol and differs from that of O3 by 145 kJ mol-1; what is the maximum wavelength of light capable of fragmenting the ozone molecule?

The photoelectric effect experiment is performed on strontium metal. When light with ? = 389 nm shines on the metal, electrons are ejected at a velocity of 3.97 x 10⁵ m/s. What is the threshold frequency, $\nu$ _o, for strontium metal?

What is the wavelength of electrons moving at 1.5 x10⁶ m/s (about 0.5% the speed of light)?

An electron has velocity of 3 x 10² m s^-1; determine the wavelength and frequency of this electron.

List the possible values of m_l for an electron in a 3p subshell.

List the possible values for l for an electron in the 4^th principle quantum level.

Which of the following is a view of the d_xy orbital from the z axis?

The energy required to convert O₂ molecules to O atoms is 496 kJ/mole. If electromagnetic radiation of 180 nm is absorbed by 1 mole of O₂ molecules, how much kinetic energy will be present in the O atoms?

Draw a molecular picture illustrating the decomposition of O₃ to O₂+ O in the stratosphere.

The bond energy for molecular oxygen, O₂, is 495 kJ/mol; the maximum wavelength of light capable of fragmenting the ozone molecule is 340 nm. What is the difference between the bond energies of O₂ and O_3?

The bond energy for molecular oxygen, O₂, is 495 kJ/mol and differs from that of O₃ by 145 kJ mol^-1; what is the maximum wavelength of light capable of fragmenting the ozone molecule?