A steam pipe is to be lined with two layers of insulating materials of different thermal conductivities. For the minimum heat transfer,

Heat and Mass Transfer
A steam pipe is to be lined with two layers of insulating materials of different thermal conductivities. For the minimum heat transfer,

One should take into account the steam temperature before deciding as to which insulation is put where

One could place either insulation on either side

The better insulation must be put inside

The better insulation must be put outside

One should take into account the steam temperature before deciding as to which insulation is put where

One could place either insulation on either side

The better insulation must be put inside

The better insulation must be put outside

ANSWER DOWNLOAD EXAMIANS APP

Heat and Mass Transfer
Film coefficient is defined as Inside diameter of tube

Thermal conductivity Equivalent thickness of film Specific heat × Viscosity

Film coefficient × Inside diameter Thermal conductivity

Thermal conductivity Molecular diffusivity of momentum Thermal diffusivity

Equivalent thickness of film

Thermal conductivity Equivalent thickness of film Specific heat × Viscosity

Film coefficient × Inside diameter Thermal conductivity

Thermal conductivity Molecular diffusivity of momentum Thermal diffusivity

Equivalent thickness of film

ANSWER DOWNLOAD EXAMIANS APP

Heat and Mass Transfer
The most commonly used method for the design of duct size is the

Dual or double method

Static regains method

Equal friction method

Velocity reduction method

Dual or double method

Static regains method

Equal friction method

Velocity reduction method

ANSWER DOWNLOAD EXAMIANS APP

Heat and Mass Transfer
The ratio of Nusselt number and the product of Reynold's number and Prandtl number is equal to

Biot number

Stanton number

Grashoff number

Peclet number

Biot number

Stanton number

Grashoff number

Peclet number

ANSWER DOWNLOAD EXAMIANS APP

Heat and Mass Transfer
Two plates spaced 150 mm apart are maintained at 1000°C and 70°C. The heat transfer will take place mainly by

Radiation

Forced convection

Free convection

Convection

Radiation

Forced convection

Free convection

Convection

ANSWER DOWNLOAD EXAMIANS APP

Heat and Mass Transfer
In heat exchangers, degree of approach is defined as the difference between temperatures of

Cold water inlet and outlet

Hot medium inlet and outlet

Hot medium outlet and cold water inlet

Hot medium outlet and cold water outlet

Cold water inlet and outlet

Hot medium inlet and outlet

Hot medium outlet and cold water inlet

Hot medium outlet and cold water outlet

ANSWER DOWNLOAD EXAMIANS APP

Heat and Mass Transfer

Heat and Mass Transfer A steam pipe is to be lined with two layers of insulating materials of different thermal conductivities. For the minimum heat transfer,

Heat and Mass Transfer Film coefficient is defined as Inside diameter of tube

Heat and Mass Transfer The most commonly used method for the design of duct size is the

Heat and Mass Transfer The ratio of Nusselt number and the product of Reynold's number and Prandtl number is equal to

Heat and Mass Transfer Two plates spaced 150 mm apart are maintained at 1000°C and 70°C. The heat transfer will take place mainly by

Heat and Mass Transfer In heat exchangers, degree of approach is defined as the difference between temperatures of

Heat and Mass Transfer
A steam pipe is to be lined with two layers of insulating materials of different thermal conductivities. For the minimum heat transfer,

Heat and Mass Transfer
Film coefficient is defined as Inside diameter of tube

Heat and Mass Transfer
The most commonly used method for the design of duct size is the

Heat and Mass Transfer
The ratio of Nusselt number and the product of Reynold's number and Prandtl number is equal to

Heat and Mass Transfer
Two plates spaced 150 mm apart are maintained at 1000°C and 70°C. The heat transfer will take place mainly by

Heat and Mass Transfer
In heat exchangers, degree of approach is defined as the difference between temperatures of