The ratio of radii of first orbital of h,he+ and li2+ is
Answers
Thus the ratio of radii of first orbital of H ,
and 
is 3: 2: 1
Explanation:
Radius of an atom is given by the Bohr's equation:
where,
r = radius of atom
n = number of orbit, for first n = 1, for second n = 2 and so on.
Z = Atomic number
a) For first orbital of H
b) For first orbital of
b) For first orbital of
Thus the ratio of radii of first orbital of H , and
is 3: 2: 1
Learn more about Bohr radius
brainly.in/question/3266241
brainly.in/question/276068
Answer:
Thus the ratio of radii of first orbital of H ,He^+He
+
and Li^{2+}Li
2+
is 3: 2: 1
Explanation:
Radius of an atom is given by the Bohr's equation:
r=\frac{0.529\times n^2}{Z}A^0r=
Z
0.529×n
2
A
0
where,
r = radius of atom
n = number of orbit, for first n = 1, for second n = 2 and so on.
Z = Atomic number
a) For first orbital of H
r=\frac{0.529\times 1^2}{1}A^0r=
1
0.529×1
2
A
0
r=0.529A^0r=0.529A
0
b) For first orbital of He^+He
+
r=\frac{0.529\times 1^2}{2}A^0r=
2
0.529×1
2
A
0
r=0.264A^0r=0.264A
0
b) For first orbital of Li^{2+}Li
2+
r=\frac{0.529\times 1^2}{3}A^0r=
3
0.529×1
2
A
0
r=0.176A^0r=0.176A
0
Thus the ratio of radii of first orbital of H ,He^+He
+
and Li^{2+}Li
2+
is 3: 2: 1
Learn more about Bohr radius
brainly.in/question/3266241
brainly.in/question/276068