`_0n^1 rightarrow _1p^1+_1e^0+ vartheta^-`
If a proton splits in a nucleus what are the changes. Represent it with an equation.

_0n^1 rightarrow _1p^1+_-1e^0+ vartheta^- What happens to the parent nucleus after the process?

_0n^1 rightarrow _1p^1+_-1e^0+ vartheta^- Which process is represented by the equation?

_0n^1 rightarrow _1p^1+_-1e^0+ vartheta^- After this process the nucleus will be in a higher energy state. How will it come to ground state?

Atomic orbitals are precisely distinguished by what are known as quantum numbers. Represent the orbitals given below: a) n= 1, l = 0 b) n= 2, l = 1

Represent the orbital with quantum numbers n=1 and l=0

If the pairs of lines x^(2) - 2nxy -y^(2) =0 and x^(2) - 2mxy -y^(2) =0 are such that one of them represents the bisector of the angles between the other , then a): (1)/(n) +(1)/(m) =0 b) (1)/(n) - (1)/(m) =0 c) nm-1 =0 d) nm+1=0

In a multielectron atom, which of the following orbitals described by the three quantum numbers will have the sáme energy in the absence of magnetic and electric fields? (a) 'n=1, l=0, m=0^circ' (b) 'n=2, l=0, m=0' (c) 'n=2, l=1, m=1' (d) 'n=3, l=2, m=1' (e) 'n=3 , 1=2, m=0^circ'