calculate the, radius of 2nd Bohr orbit of hydrogen
Answers
Answer:
There is a formula in chemistry regarding the Bohr's radius of hydrogen atom
r = r°n×n÷z
In this formula R is the radius and n is the radius in which the electron is lying
Z is the atomic number of the atom in the case of hydrogen atom Z is equal to one
r°=0.529
Therefore for Bohr's radius of second Orbit n is equal to 2
r= 0.529 × 2×2
r=2.116
Remember this value comes in A°
Therefore radius of second orbit is 2.116
I hope this will be helpful to you
Answer:
Explanation:There is a formula in chemistry regarding the Bohr's radius of hydrogen atom
r = r°n×n÷z
In this formula R is the radius and n is the radius in which the electron is lying
Z is the atomic number of the atom in the case of hydrogen atom Z is equal to one
r°=0.529
Therefore for Bohr's radius of second Orbit n is equal to 2
r= 0.529 × 2×2
r=2.116
Remember this value comes in A°
Therefore radius of second orbit is 2.116
I hope this will be helpful to you