Consider Bohr's model to be valid for a hydrogen like atom with atomic number Z. Match quantities given in Column -I to those given in Column II. Column I Column II A Magnetic field is proportional to 1 Z 2 / n 3 B Angular speed is proportional to 2 Z 3 / n 5 C Time period is proportional to 3 n D Angular momentum is proportional to 4 n 3 / Z 2

Question

Consider Bohr's model to be valid for a hydrogen like atom with atomic number Z. Match quantities given in Column -I to those given in Column II. Column I Column II A Magnetic field is proportional to 1 Z 2 / n 3 B Angular speed is proportional to 2 Z 3 / n 5 C Time period is proportional to 3 n D Angular momentum is proportional to 4 n 3 / Z 2 (A) (A) arrow (2); (B) arrow (1); (C) arrow (4); (D) arrow (3) (B) (A) arrow (1); (B) arrow (2); (C) arrow (1); (D) arrow (4) (C) (A) arrow (3); (B) arrow (2); (C) arrow (1); (D) arrow (4) (D) None of these

Tardigrade Admin · Accepted Answer

(A) arrow(2) ;( B ) arrow(1) ;( C ) arrow(4) ;( D ) arrow(3)

$(A) \to (2); (B) \to (1); (C) \to (4); (D) \to (3)$

$(A) \to (1); (B) \to (2); (C) \to (1); (D) \to (4)$

$(A) \to (3); (B) \to (2); (C) \to (1); (D) \to (4)$

None of these

(A) $\to (2); (B) \to (1); (C) \to (4); (D) \to (3)$

Column I		Column II
A	Magnetic field is proportional to	1	$Z^{2} / n^{3}$
B	Angular speed is proportional to	2	$Z^{3} / n^{5}$
C	Time period is proportional to	3	$n$
D	Angular momentum is proportional to	4	$n^{3} / Z^{2}$

(A)→(2);(B)→(1);(C)→(4);(D)→(3)

(A)→(1);(B)→(2);(C)→(1);(D)→(4)

(A)→(3);(B)→(2);(C)→(1);(D)→(4)

None of these

(A) →(2);(B)→(1);(C)→(4);(D)→(3)

$(A) \to (2); (B) \to (1); (C) \to (4); (D) \to (3)$

$(A) \to (1); (B) \to (2); (C) \to (1); (D) \to (4)$

$(A) \to (3); (B) \to (2); (C) \to (1); (D) \to (4)$

(A) $\to (2); (B) \to (1); (C) \to (4); (D) \to (3)$