The most abundant elements by mass in the body of a healthy human adult are: Oxygen (61.4 %), Carbon (22.9 %), Hydrogen ( 10.0 % ) and Nitrogen (2.6 %). The weight which a 75 kg person would gain if all 1 H atoms are replaced by 2 H atoms is

Question

The most abundant elements by mass in the body of a healthy human adult are: Oxygen (61.4 %), Carbon (22.9 %), Hydrogen ( 10.0 % ) and Nitrogen (2.6 %). The weight which a 75 kg person would gain if all 1 H atoms are replaced by 2 H atoms is (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Weight of 11 H in person =75 × (10/100)=7.5 kg Now if 1 H 1 is replaced by 1 H 2 Than person will gain weight by =7.5 kg

Q. The most abundant elements by mass in the body of a healthy human adult are : Oxygen $(61.4%)$ , Carbon $(22.9%)$ , Hydrogen ( $10.0%$ ) and Nitrogen $(2.6%)$ . The weight which a $75 k g$ person would gain if all $^{1} H$ atoms are replaced by $^{2} H$ atoms is

Weight of $_{1}^{1} H$ in person $= 75 \times \frac{10}{100} = 7.5 k g$
Now if $_{1} H^{1}$ is replaced by $_{1} H^{2}$
Than person will gain weight by $= 7.5 k g$

Q. The most abundant elements by mass in the body of a healthy human adult are : Oxygen (61.4%), Carbon (22.9%), Hydrogen ( 10.0% ) and Nitrogen (2.6%). The weight which a 75kg person would gain if all 1H atoms are replaced by 2H atoms is

Weight of 11​H in person =75×10010​=7.5kg Now if 1​H1 is replaced by 1​H2 Than person will gain weight by =7.5kg

Q. The most abundant elements by mass in the body of a healthy human adult are : Oxygen $(61.4%)$ , Carbon $(22.9%)$ , Hydrogen ( $10.0%$ ) and Nitrogen $(2.6%)$ . The weight which a $75 k g$ person would gain if all $^{1} H$ atoms are replaced by $^{2} H$ atoms is

Weight of $_{1}^{1} H$ in person $= 75 \times \frac{10}{100} = 7.5 k g$
Now if $_{1} H^{1}$ is replaced by $_{1} H^{2}$
Than person will gain weight by $= 7.5 k g$