The first ionization energy, E, of a boron atom is 8.01 x 10 kJ/mol. What is...

Question

Question

Answer 1

Answer #1

Energy require to ionin I aton: 8.018 10²x103] 6.022 x 1023 [1KJ=10337 1.33x10-18 J planck const & Warrteryth speed of light

Answer 2

Similar Homework Help Questions

The first ionization energy, E, of a sodium atom is 5.00×10^2 kJ/mol. What is the wavelength...

The first ionization energy, E, of a sodium atom is 5.00×10^2 kJ/mol. What is the wavelength of light, in nanometers, that is just sufficient to ionize a sodium atom? (Please report wavelength in nm as the answer.)
The first ionization energy, E, of a potassium atom is 0.696 aJ. What is the wavelength...

The first ionization energy, E, of a potassium atom is 0.696 aJ. What is the wavelength of light, in nm, that is just sufficient to ionize a potassium atom?
The magnesium atom has an ionization energy of 737.7 kJ mol. What is the longest wavelength...

The magnesium atom has an ionization energy of 737.7 kJ mol. What is the longest wavelength of light that could ionize a magnesium atom? In which region of the electromagnetic spectrum does this light fall? Wavelength = Region Submit Answer 5 question attempts remaining

An atom with a first ionization energy of 939 kJ/mol, requires a photon of what maximum...

An atom with a first ionization energy of 939 kJ/mol, requires a photon of what maximum wavelength (nm) in order to remove a single electron from a single atom?
Determine the frequency and energy for light with a wavelength of 698.2 nm. E= kJ/mol What...

Determine the frequency and energy for light with a wavelength of 698.2 nm. E= kJ/mol What is the color of light with a wavelength of 698.2 nm? Refer to the electromagnetic spectrum as needed. Determine the wavelength and energy for light with a frequency of 5.761 x 1014 - 2 = E = kJ/mol What is the color of light with a frequency of 5.761 x 1014 s-?? Refer to the electromagnetic spectrum as needed. Determine the frequency and energy...
6. The first ionization energy of Au (IE1) is 890.1 kJ/mol. Is light with a wavelength...

6. The first ionization energy of Au (IE1) is 890.1 kJ/mol. Is light with a wavelength of 225 nm capable of ionizing a gold atom in the gas phase? Justify your answer with a calculation. 7. The energy of an electron in a hydrogen atom is -4.45 x 100 J. What energy level (n) does it occupy? Is there another valid energy level at -2.69 x 1020 ? If so, what is this other energy level? 8. What is the...

6. The first ionization energy of Au (IE1) is 890.1 kJ/mol. Is light with a wavelength...

6. The first ionization energy of Au (IE1) is 890.1 kJ/mol. Is light with a wavelength of 225 nm capable of ionizing a gold atom in the gas phase? Justify your answer with a calculation. 7. The energy of an electron in a hydrogen atom is -4.45 x 100 J. What energy level (n) does it occupy? Is there another valid energy level at -2.69 x 1020 ? If so, what is this other energy level? 8. What is the...
Ionization is the process by which an electron is removed from an atom. If the ionization...

Ionization is the process by which an electron is removed from an atom. If the ionization energy of potassium is 418.8 kJ/mol, what is the maximum wavelength(in nm) of radiation that will ionize a potassium atom?
Determine the frequency and energy for light with a wavelength of 697.7 nm. kJ/mol What is...

Determine the frequency and energy for light with a wavelength of 697.7 nm. kJ/mol What is the color of light with a wavelength of 697.7 nm? Refer to the electromagnetic spectrum as needed. Determine the wavelength and energy for light with a frequency of 5.809 x 101 - kJ/mol What is the color of light with a frequency of 5.809 x 10' +'? Refer to the electromagnetic spectrum as needed, What is the color of light with a frequency of...

1.. Suppose that you shine light of energy 1050 kJ/mol on an H atom in the...

1.. Suppose that you shine light of energy 1050 kJ/mol on an H atom in the ground state. What happens to the light and to the electron? Group of answer choices a. The light is not absorbed and the final energy of the electron is -1312 kJ/mol. b.. The light is absorbed and the final energy of the electron is −328 kJ/mol. c.. The light is not absorbed and the final energy of the electron is −1050 kJ/mol. d.. The...