The natural relative abundance of isotopes of hydrogen is

Question

The natural relative abundance of isotopes of hydrogen is (A)  11 H-99.985 % ; 12 D -0.015 % (B)  11 H =99.985 % ; 12 D =0.015 % ; 13 T =10-16 % (C)  11 H =99.100 % ; 12 D =0.900 % (D)  11 H =99.900 % ; 12 D =0.10 % ; 13 T =10-15 %

Tardigrade Admin · Accepted Answer

Isotope of hydrogen is hydrogen -2 (also called ) deuterium abbreviated as D. Which contains one proton and one neutron and has a natural abundance of only 0.015 %. 11 H =99.985 % ; 12 D =0.015 % ; 13 T =10-16 %

Q. The natural relative abundance of isotopes of hydrogen is

$_{1}^{1} H - 99.985%;_{1}^{2} D - 0.015%$

$_{1}^{1} H = 99.985%;_{1}^{2} D = 0.015%;_{1}^{3} T = 1 0^{- 16} %$

$_{1}^{1} H = 99.100%;_{1}^{2} D = 0.900%$

$_{1}^{1} H = 99.900%;_{1}^{2} D = 0.10%;_{1}^{3} T = 1 0^{- 15} %$

Isotope of hydrogen is hydrogen $- 2$ (also called ) deuterium abbreviated as $D$ .

Which contains one proton and one neutron and has a natural abundance of only $0.015%$ .

$_{1}^{1} H = 99.985%;_{1}^{2} D = 0.015%;_{1}^{3} T = 1 0^{- 16} %$

Q. The natural relative abundance of isotopes of hydrogen is

11​H−99.985%;12​D−0.015%

11​H=99.985%;12​D=0.015%;13​T=10−16%

11​H=99.100%;12​D=0.900%

11​H=99.900%;12​D=0.10%;13​T=10−15%

Isotope of hydrogen is hydrogen −2 (also called ) deuterium abbreviated as D. Which contains one proton and one neutron and has a natural abundance of only 0.015%. 11​H=99.985%;12​D=0.015%;13​T=10−16%

$_{1}^{1} H - 99.985%;_{1}^{2} D - 0.015%$

$_{1}^{1} H = 99.985%;_{1}^{2} D = 0.015%;_{1}^{3} T = 1 0^{- 16} %$

$_{1}^{1} H = 99.100%;_{1}^{2} D = 0.900%$

$_{1}^{1} H = 99.900%;_{1}^{2} D = 0.10%;_{1}^{3} T = 1 0^{- 15} %$

Isotope of hydrogen is hydrogen $- 2$ (also called ) deuterium abbreviated as $D$ .

Which contains one proton and one neutron and has a natural abundance of only $0.015%$ .

$_{1}^{1} H = 99.985%;_{1}^{2} D = 0.015%;_{1}^{3} T = 1 0^{- 16} %$