Question

The average concentration of Na+ion in
human body is 3 to 4 gm per liter. The
molarity of Na+ is about. Up to 2 decimal place​

Answer 1

HELLO DUDE :

The answer is 0.17 M...

• Let's suppose the average concentration is 3.9 g per liter.

• Let's suppose the average concentration is 3.9 g per liter.Now, for 1 L solution, mass of solute (Na+ion)= 3.9 g

• Let's suppose the average concentration is 3.9 g per liter.Now, for 1 L solution, mass of solute (Na+ion)= 3.9 gSo, no. of moles of Na+ion = given mass/ molar mass = 3.9/23 =0.169 g

• Let's suppose the average concentration is 3.9 g per liter.Now, for 1 L solution, mass of solute (Na+ion)= 3.9 gSo, no. of moles of Na+ion = given mass/ molar mass = 3.9/23 =0.169 gHence, molarity = moles/Volume in L= 0.169/1= 0.169 M = 0.17 M

• Let's suppose the average concentration is 3.9 g per liter.Now, for 1 L solution, mass of solute (Na+ion)= 3.9 gSo, no. of moles of Na+ion = given mass/ molar mass = 3.9/23 =0.169 gHence, molarity = moles/Volume in L= 0.169/1= 0.169 M = 0.17 MThus the molarity of sodium ions in the human body is about 0.17 M .

...#stay happy

#stay blessed

▫️⬜️✌☺TAKE CARE☺✌⬜️▫️

PLEASE MARK AS BRAINLIST.... DEAR FOLLOW YOU SURE...