Jo Exam k liye nahi pdha wahi aayaU0001f97a| Relatable ?

M J L I T Q S R K U F H C B D E A V P O G N 'HC' is related to 'KQ' in a certain way. Similarly 'OG' is related to 'AB' in the same way. To which of the following is 'RK' related to following the same pattern?

The shape of orbitals are related to the ratio of principal quantum number (n) to substiary quantum number (k,a modifacation of Bohr-sommerfield theory ).The value of k for any shell has a value ranging betwe3en n to l .The amximum value for k is given for x sub-shell white k becomes with p, d,f........ repectively upto minimum value If n is the major axis and k is th e minor axis , then n//k = 1 for circular shape white n//k gt 1 for elliptical shape The ratio of n//k = 2 does not related to

The shape of orbitals are related to the ratio of principal quantum number (n) to substiary quantum number (k,a modifacation of Bohr-sommerfield theory ).The value of k for any shell has a value ranging betwe3en n to l .The amximum value for k is given for x sub-shell white k becomes with p, d,f........ repectively upto minimum value If n is the major axis and k is th e minor axis , then n//k = 1 for circular shape white n//k gt 1 for elliptical shape Which value of n and k suggest about the shape of 3s orbitsl?

The shape of orbitals are related to the ratio of principal quantum number (n) to substiary quantum number (k,a modifacation of Bohr-sommerfield theory ).The value of k for any shell has a value ranging betwe3en n to l .The amximum value for k is given for x sub-shell white k becomes with p, d,f........ repectively upto minimum value If n is the major axis and k is th e minor axis , then n//k = 1 for circular shape white n//k gt 1 for elliptical shape Which shape is used to be circuit having n//k value

The shape of orbitals are related to the ratio of principal quantum number (n) to substiary quantum number (k,a modifacation of Bohr-sommerfield theory ).The value of k for any shell has a value ranging betwe3en n to l .The amximum value for k is given for x sub-shell white k becomes with p, d,f........ repectively upto minimum value If n is the major axis and k is th e minor axis , then n//k = 1 for circular shape white n//k gt 1 for elliptical shape Which orbit shape has highest n//ki gtgt 1 value?

The shape of orbitals are related to the ratio of principal quantum number (n) to substiary quantum number (k,a modifacation of Bohr-sommerfield theory ).The value of k for any shell has a value ranging betwe3en n to l .The amximum value for k is given for x sub-shell white k becomes with p, d,f........ repectively upto minimum value If n is the major axis and k is th e minor axis , then n//k = 1 for circular shape white n//k gt 1 for elliptical shape Which is correct according to the increasing elliptical number of sub-shell ?

The electrochemical cell shown below is a concentration cell. M|M^(2+) (("Saturated solution"),("of sparingly soluble"),("salt, "MX_(2)))||M^(2+) (0.001" mol dm"^(-3))|M The emf of the cell depends on the difference in concentrations of M^(2+) ions at the two electrodes. The emf of the cell at 298 K is 0.059 V. The solubility product (K_(sp), mol^(3) dm^(-9)) of MX_(2) at 298 K based on the information available for the given concentration cell is ("take "2.303xxRxx298//F=0.059 V) :