Linear momentum of electron revolving in n^(th) orbit of atom p=(nh)/(2pir). If r=10^(-15)m is the radius of orbit then the linear momentum inground state will have ....... kgms^(-1).

Linear momentum of electron revolving in n^(th) orbit of atom p=(nh)/(

1.	Linear momentum of electron revolving in n^(th) orbit of atom p=(nh)/(2pir). If r=10^(-15)m is the radius of orbit then the linear momentum inground state will have ....... kgms^(-1).
Answer» <P>10.54 1054 `1.054xx10^(-19)` `1.054xx10^(19)` Solution :`p=(nh)/(2pir)` `=((1)xx6.62xx10^(-34))/(2xx3.14xx10^(-15))` `=1.05414xx10^(-19)` `=1.054xx10^(-19)KGMS^(-1)`

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Linear momentum of electron revolving in n^(th) orbit of atom p=(nh)/(2pir). If r=10^(-15)m is the radius of orbit then the linear momentum inground state will have ....... kgms^(-1).

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