Excess pressure can be $(2T/R)$ for

i. Excess pressure inside a spherical liquid drop $2T/ R$ because there is only one free surface here 

ii. In case of spherical meniscus of radius of curvaure R, also excess pressure $=2 T / R$ because in  this case there is only one free surface 

iii. Excess pressure inside a cylindrical drop of radius R=T / R, Hence, for a cylindrical bubble in air, excess pressure is $2 \mathrm{T}/\mathrm{R}$, because there exist two free surface in this case 

iv. For a spherical bubble in water, excess pressure $=2T / R$, as there is only one free surface. Hence, all the four optional are correct.