20 In 1916 Nusseft derived predicting The Fheoretical relation for coefficient of heat transfer between a pare saturated vapor and a Surface: 14 h ₂0.943/ Kogn LUST AT colder where h is the mean heat transfer coefficient (hE] ont (hE] - BTU (hr) (ft ²) (°F) A is the thermal conductivity BTU (KE) (hc) [ff) (FF) o P is the density (ft) 173 9 is acceleration due to graund Thir gravity the change (A[₂) BTY" tb Levally fute in ft, Ms is the viscality (M[=]=([^/(A) the length of the M. (hr) (ft) and OT is the temperature difference What are the units of the constant 0.9932
20 In 1916 Nusseft derived predicting The Fheoretical relation for coefficient of heat transfer between a pare saturated vapor and a Surface: 14 h ₂0.943/ Kogn LUST AT colder where h is the mean heat transfer coefficient (hE] ont (hE] - BTU (hr) (ft ²) (°F) A is the thermal conductivity BTU (KE) (hc) [ff) (FF) o P is the density (ft) 173 9 is acceleration due to graund Thir gravity the change (A[₂) BTY" tb Levally fute in ft, Ms is the viscality (M[=]=([^/(A) the length of the M. (hr) (ft) and OT is the temperature difference What are the units of the constant 0.9932
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Question
What are the units of the constant 0.943?
![In 1916 Nusseft derived
theoretical relation for predicting
coefficient of heat transfer between
a pare saturated vapor and
a
:
1/4
h ₂0.943/ Kpgr
LUST
A is the thermal conductivity
BTU
(hr) (ft) (°F)
Where h is the mean heat transfer.
coefficient (hE]
+(hE] - BTU
(hr) (f+²) (°F)
The
colder
19 pis the density
F73
change
(A[2) BTY
Hb
9 is acceleration due to graund enthalpy
gravity
the
T² F
evaporation
"'I is the length of the
tube
ft, M. is the viscosity (M[=] [bm
(hr) (ft)
and OT is the temperature difference
What are the units of the constant.
0.993 ?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9ba88ecd-654b-4f6b-9783-e93c33ca6a16%2Fe4811172-5cff-4dbb-b988-7abab5fc7aac%2Fvkscuv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In 1916 Nusseft derived
theoretical relation for predicting
coefficient of heat transfer between
a pare saturated vapor and
a
:
1/4
h ₂0.943/ Kpgr
LUST
A is the thermal conductivity
BTU
(hr) (ft) (°F)
Where h is the mean heat transfer.
coefficient (hE]
+(hE] - BTU
(hr) (f+²) (°F)
The
colder
19 pis the density
F73
change
(A[2) BTY
Hb
9 is acceleration due to graund enthalpy
gravity
the
T² F
evaporation
"'I is the length of the
tube
ft, M. is the viscosity (M[=] [bm
(hr) (ft)
and OT is the temperature difference
What are the units of the constant.
0.993 ?
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