In the HCl molecule, the separation between the nuclei of hydrogen and chlorine atoms is $1.27A^o$.If the mass of a chlorine atom is $35.5$ times that of a hydrogen atom, the centre of mass of the HCl molecucle is at a distance of

Q. In the HCl molecule, the separation between the nuclei of hydrogen and chlorine atoms is 1.27 $\stackrel{\circ }{A}$. If the mass of a chlorine atom is 35.5 times that of a hydrogen atom, the centre of mass of the HCl molecule is at a distance of

Q. In the HCl molecule, the separation between the nuclei of hydrogen and chlorine atoms is 1.27 $\stackrel{\circ }{A}$. If the mass of a chlorine atom is 35.5 times that of a hydrogen atom, the centre of mass of the HCl molecule is at a distance of

Q. In the HCl molecule, separation between the nuclei of two atoms is about $1.46\stackrel{\circ }{\text{A}}$. Mass of chlorine atom is about $35.5$ times as massive as hydrogen atom and nearly all mass is concentrated at its nucleus. The distance of centre of mass from hydrogen atom is

Q. In the $\text{HCl}$ molecule, the separation between the nuclei of the two atoms is about $1.5\stackrel{\circ }{A}(1\stackrel{\circ }{A}={10}^{-10}\text{m})$. The approximate location of the centre of mass from the hydrogen atom assuming the chlorine atom to be about 35.5 times as massive as hydrogen is

Q. In the $\text{HCl}$ molecule, the separation between the nuclei of the two atoms is about $1.5\stackrel{\circ }{A}(1\stackrel{\circ }{A}={10}^{-10}\text{m})$. The approximate location of the centre of mass from the hydrogen atom assuming the chlorine atom to be about 35.5 times as massive as hydrogen is