mubeenb272 mubeenb272
  • 07-04-2021
  • Physics
contestada

Find the wavelength of light which is capable of ionizing a hydrogen atom?

Respuesta :

Histrionicus
Histrionicus Histrionicus
  • 12-04-2021

Answer:

The correct answer is -  91.4 nm

Explanation:

According to Bohr's model, the minimum wavelength to ionize Hydrogen atom from n= 1 state is expressed as:

(h×c)/λ=13.6eV

here,

h - Planck constant

c - the speed of light

λ - wavelength

Placing the value in the formula for the wavelength

(6.626×10^−34J.s × 3×10^8 m/s)/λ  =  13.6 ×1.6 × 10^−19 J

λ≈91.4nm

Thus, the correct answer would be = 91.4 nm

Answer Link

Otras preguntas

The difference of the squares of two positive consecutive integers is 991. Find the integers.
i need help with only one question on number 4? anyone pls?
Select the correct form of each present tense verb. Why (does, do) so many divorces happen in the United States? A does B do
4^-x =1/6 find xneed help asap​
In which of the following respiratory diseases are the alveoli damaged?
what is Sudoku? Answer it​
this will give brainliest
Which sets of values belongs to the domain and range of a relation
What is the primary function of the light dependent reaction of photosynthesis
Where is the function decreasing? A.-3 < x < 1 B.-∞< x < -3 and 1 < x < 4 C. 1 < x < 4 D.-∞< x < 1