Amongst the following the total number of intensive physical properties a. Density b. Viscosity c. Surface tension d. Dipole moment e. Volume f. Refraction index g. Δ G h. Δ H i ⋅ Δ U j . Δ S

Question

Amongst the following the total number of intensive physical properties a. Density b. Viscosity c. Surface tension d. Dipole moment e. Volume f. Refraction index g. Δ G h. Δ H i ⋅ Δ U j . Δ S (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Intensive properties are independent on mass. ( a ),( b ),( c ),( d ) and ( f )

Q. Amongst the following the total number of intensive physical properties
a. Density
b. Viscosity
c. Surface tension
d. Dipole moment
e. Volume
f. Refraction index
g. $Δ G h$ . $Δ H i \cdot Δ U j .Δ S$

Intensive properties are independent on mass. $(a), (b), (c), (d)$ and $(f)$

Q. Amongst the following the total number of intensive physical properties a. Density b. Viscosity c. Surface tension d. Dipole moment e. Volume f. Refraction index g. ΔGh. ΔHi⋅ΔUj.ΔS

Intensive properties are independent on mass. (a),(b),(c),(d) and (f)

Q. Amongst the following the total number of intensive physical properties
a. Density
b. Viscosity
c. Surface tension
d. Dipole moment
e. Volume
f. Refraction index
g. $Δ G h$ . $Δ H i \cdot Δ U j .Δ S$

Intensive properties are independent on mass. $(a), (b), (c), (d)$ and $(f)$