A process stream of dilute aqueous solution flowing at the rate of10 Kg.s⁻¹ is to be heated. Steam condensate at 95°C is available for heating purpose, also at a rate of 10 Kg.s⁻¹. A 1 - 1 shell and tube heat exchanger is available. The best arrangement is

Heat Transfer
A process stream of dilute aqueous solution flowing at the rate of10 Kg.s⁻¹ is to be heated. Steam condensate at 95°C is available for heating purpose, also at a rate of 10 Kg.s⁻¹. A 1 - 1 shell and tube heat exchanger is available. The best arrangement is

Parallel flow with process stream on shell side

Counter flow with process stream on shell side

Parallel flow with process stream on tube side

Counter flow with process stream on tube side

Parallel flow with process stream on shell side

Counter flow with process stream on shell side

Parallel flow with process stream on tube side

Counter flow with process stream on tube side

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Heat Transfer
Viscosity of gases __________ with increase in temperature.

Decrease slowly

Remain unaffected

Increase slowly

Increase very rapidly

Decrease slowly

Remain unaffected

Increase slowly

Increase very rapidly

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Heat Transfer
Black liquor generated during paper manufacture is concentrated in a

multiple effect evaporators followed by a crystalliser

single effect evaporator followed by a crystalliser

single effect evaporator

multiple effect evaporator

multiple effect evaporators followed by a crystalliser

single effect evaporator followed by a crystalliser

single effect evaporator

multiple effect evaporator

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Heat Transfer
In SI units, thermal conductivity is expressed in

Watt/m². °K

Watt/m4. °K

Watt/m². °K

Watt/m.°K

Watt/m². °K

Watt/m4. °K

Watt/m². °K

Watt/m.°K

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Heat Transfer
The ratio of total radiating power to the absorptivity of the body depends upon the __________ as per Kirchoffs law.

Wavelength of radiation

Nature of the body

None of these

Temperature of the body

Wavelength of radiation

Nature of the body

None of these

Temperature of the body

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Heat Transfer
Stefen's block body radiation law can also be derived from __________ law.

None of these

Fourier's

Kirchoffs

Planck's

None of these

Fourier's

Kirchoffs

Planck's

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Heat Transfer

Heat Transfer A process stream of dilute aqueous solution flowing at the rate of10 Kg.s⁻¹ is to be heated. Steam condensate at 95°C is available for heating purpose, also at a rate of 10 Kg.s⁻¹. A 1 - 1 shell and tube heat exchanger is available. The best arrangement is

Heat Transfer Viscosity of gases __________ with increase in temperature.

Heat Transfer Black liquor generated during paper manufacture is concentrated in a

Heat Transfer In SI units, thermal conductivity is expressed in

Heat Transfer The ratio of total radiating power to the absorptivity of the body depends upon the __________ as per Kirchoffs law.

Heat Transfer Stefen's block body radiation law can also be derived from __________ law.

Heat Transfer
A process stream of dilute aqueous solution flowing at the rate of10 Kg.s⁻¹ is to be heated. Steam condensate at 95°C is available for heating purpose, also at a rate of 10 Kg.s⁻¹. A 1 - 1 shell and tube heat exchanger is available. The best arrangement is

Heat Transfer
Viscosity of gases __________ with increase in temperature.

Heat Transfer
Black liquor generated during paper manufacture is concentrated in a

Heat Transfer
In SI units, thermal conductivity is expressed in

Heat Transfer
The ratio of total radiating power to the absorptivity of the body depends upon the __________ as per Kirchoffs law.

Heat Transfer
Stefen's block body radiation law can also be derived from __________ law.