Among the quantities, density (ρ), temperature (T), enthalpy (H), heat capacity (Cp), volume (V) and pressure (p), a set of intensive variables are

Question

Among the quantities, density (ρ), temperature (T), enthalpy (H), heat capacity (Cp), volume (V) and pressure (p), a set of intensive variables are (A) (ρ, T, H) (B) (H, T, V) (C) (V, T, Cp) (D) (ρ, T, p)

Tardigrade Admin · Accepted Answer

Intensive variables are those variables which don't depend upon the quantity or size of matter. Among the given quantities density, temperature and pressure are intensive variables whereas heat capacity, enthalpy and volume are an extensive variables.

Q. Among the quantities, density $(ρ)$ , temperature $(T)$ , enthalpy $(H)$ , heat capacity $(C_{p})$ , volume $(V)$ and pressure $(p)$ , a set of intensive variables are

$(ρ, T, H)$

$(H, T, V)$

$(V, T, C_{p})$

$(ρ, T, p)$

Intensive variables are those variables which don't depend upon the quantity or size of matter. Among the given quantities density, temperature and pressure are intensive variables whereas heat capacity, enthalpy and volume are an extensive variables.

Q. Among the quantities, density (ρ), temperature (T), enthalpy (H), heat capacity (Cp​), volume (V) and pressure (p), a set of intensive variables are

(ρ,T,H)

(H,T,V)

(V,T,Cp​)

(ρ,T,p)

Intensive variables are those variables which don't depend upon the quantity or size of matter. Among the given quantities density, temperature and pressure are intensive variables whereas heat capacity, enthalpy and volume are an extensive variables.

Q. Among the quantities, density $(ρ)$ , temperature $(T)$ , enthalpy $(H)$ , heat capacity $(C_{p})$ , volume $(V)$ and pressure $(p)$ , a set of intensive variables are

$(ρ, T, H)$

$(H, T, V)$

$(V, T, C_{p})$

$(ρ, T, p)$