The density of mercury in cgs systems in 13.6 gm cm3 it's si system is
Answers
Answered by
4
SI unit of density is Kg/m³
1 m = 100 cm => 1 cm = 10-² m
1 Kg = 1000g => 1g = 10-³ Kg
now,
13.6 g/cm³ = 13.6 × ( 10-³)/(10-²)³ Kg/m³
= 13.6 × 10-³/10^-6 Kg/m³
= 13.6 × 10^(-3 + 6) Kg/m³
= 13.6 × 10³ Kg/m³
Thank you.
1 m = 100 cm => 1 cm = 10-² m
1 Kg = 1000g => 1g = 10-³ Kg
now,
13.6 g/cm³ = 13.6 × ( 10-³)/(10-²)³ Kg/m³
= 13.6 × 10-³/10^-6 Kg/m³
= 13.6 × 10^(-3 + 6) Kg/m³
= 13.6 × 10³ Kg/m³
Thank you.
Answered by
1
Hey there!
Density's SI unit is kg/m³
So, convert it into kg/m³
i.e 1 cm = 10-² m and 1g = 10-³ kg
Now, We can convert density of mercury.
13.6 g/cm³
= 13.6 × ( 10-³)/(10-²)³ kg/m³
= 13.6 × 10^(-3 + 6) kg/m³
= 13.6 × 10³ kg/m³ ← Ans
Hope It Helps You!
Similar questions