Question

What atomic number of an element X would have to become so that the 4th orbit around would fit inside the 1 both orbit of the h atom​

Answer 1

ĂñßwƏR

16

•By definition of Bohr radius ao,

•r=n2(Zao),r= radical distance from the nucleus of a H-like atom

•So, if we want r=ao,

•Z=n2(rao)=n2(aoao)=n2

•For the 4th Bohr orbit, n=4,

•⇒Z=42=16

@itzunique♥️

Answer 2

➽ ❚ ༄αɴswєʀ༄ ❚

$\small{\fcolorbox{red}{indigo}{\small{\fcolorbox{red}{violet}{\small{\fcolorbox{red}{pink} {\small{\fcolorbox{red}{red}{\small{\fcolorbox{red}{springgreen}{\small{\fcolorbox{red}{blue}{\small{\fcolorbox{red}{yellow} {\small{\fcolorbox{red}{azure} {\small{\fcolorbox{red}{blue}{\small{\fcolorbox{red}{orange}{\huge{\fcolorbox{red}{green}{\large{\fcolorbox{blue}{red}{{\fcolorbox{orange}{aqua}{ANSWER}}}}}}}}}}}}}}}}}}}}}}}}}}$

${ \huge{ \mathfrak{ \fcolorbox{red}{springgreen}{Anode\: : }}}}$

⇛ An anode is an electrode through which the conventional current enters into a polarized electrical device.

♡ ꃅꂦᖘꍟ ꓄ꃅꀭꌗ ꃅꍟ꒒ᖘꌗ ꌩꂦꀎ ♡