[tex]\small\fbox\pink{Good Morning}[/tex] 0.002 molar solution of Nacl having DOD of 90% at 27°C had osmotic pressure? About the author Amelia
Answer: [tex]\huge\underline\mathtt\red{Answer:}[/tex] M= 0.002 T= 27° celcius (300 in kelvin) Degree of dep= 90%= 0.9 For Nacl= Degree of dep+1 0.9+1= 1.9 Osmotic Pressure= [tex]1.9 \times 0.002 \times 0.0821 \times 300[/tex] 0.0935 atm = 0.0935×1.013 bar =0.094bar Explanation: Good Afternoon 🙂 Reply
[tex]\small\fbox\pink{Answer}[/tex] M=0.002 T=27°C = 300K Degree of dep = 90% = 90/100 = 0.9 For NaCl, i = dod + 1 =0.9 +1 = 1.9 Osmotic pressure= icst =1.9 × 0.002× 0.0821× 300 =0.0935 atm =0.0935 × 1.013 bar = 0.094 bar Reply
Answer:
[tex]\huge\underline\mathtt\red{Answer:}[/tex]
M= 0.002
T= 27° celcius (300 in kelvin)
Degree of dep= 90%= 0.9
For Nacl= Degree of dep+1
0.9+1= 1.9
Osmotic Pressure=
[tex]1.9 \times 0.002 \times 0.0821 \times 300[/tex]
0.0935 atm
= 0.0935×1.013 bar
=0.094bar
Explanation:
Good Afternoon 🙂
[tex]\small\fbox\pink{Answer}[/tex]
M=0.002
T=27°C = 300K
Degree of dep = 90% = 90/100 = 0.9
For NaCl, i = dod + 1
=0.9 +1
= 1.9
Osmotic pressure= icst
=1.9 × 0.002× 0.0821× 300
=0.0935 atm
=0.0935 × 1.013 bar
= 0.094 bar