If r, is the radius of the first orbit of hydrogen atomthen the radii

1.	If r, is the radius of the first orbit of hydrogen atomthen the radii of second, third and fourth orbits iterm of r, are(2) 4 r., 9., 160,(4) 2r, 6 r 8 r.(3) 8 r., 271, 64 r.
Answer» Answer: The radii of second, THIRD and fourth orbits in term of first orbit is: Explanation: Formula used for the radius of the orbit will be, (in PM) where, = radius of orbit n = number of orbit Z = ATOMIC number Radius of first orbit, n=1 ..(1) Radius of second orbit, n=2 (from(1)) Radius of third orbit, n=3 (from(1)) Radius of forth orbit, n=4 (from(1)) MARK as brainliest

If r, is the radius of the first orbit of hydrogen atomthen the radii of second, third and fourth orbits iterm of r, are(2) 4 r., 9., 160,(4) 2r, 6 r 8 r.(3) 8 r., 271, 64 r.

Answer»

Answer:

The radii of second, THIRD and fourth orbits in term of first orbit is:

Explanation:

Formula used for the radius of the orbit will be,

(in PM)

where,

= radius of orbit

n = number of orbit

Z = ATOMIC number

Radius of first orbit, n=1

..(1)

Radius of second orbit, n=2

(from(1))

Radius of third orbit, n=3

(from(1))

Radius of forth orbit, n=4

(from(1))

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If r, is the radius of the first orbit of hydrogen atomthen the radii of second, third and fourth orbits iterm of r, are(2) 4 r., 9., 160,(4) 2r, 6 r 8 r.(3) 8 r., 271, 64 r.​

Answer:

The radii of second, THIRD and fourth orbits in term of first orbit is:

Explanation:

Formula used for the radius of the orbit will be,

(in PM)

where,

= radius of orbit

n = number of orbit

Z = ATOMIC number

Radius of first orbit, n=1

..(1)

Radius of second orbit, n=2

(from(1))

Radius of third orbit, n=3

(from(1))

Radius of forth orbit, n=4

(from(1))

MARK as brainliest

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If r, is the radius of the first orbit of hydrogen atomthen the radii of second, third and fourth orbits iterm of r, are(2) 4 r., 9., 160,(4) 2r, 6 r 8 r.(3) 8 r., 271, 64 r.