The t = 4mm thick glass windows of an automobile have a surface area of A 2.5 m2. The outside temperature is To =35C while the passenger compartment is maintained at Tooj= 25C. The convection heat transfer coefficient on the exterior window surface is ho =95 W/m2.K. Determine the heat gain through the windows when the interior convection heat transfer coefficient is hi = 10 W/m2.K. By controlling the airflow in the passenger compartment the interior heattransfer coefficient can be reduced to hi= 8 W/m2.K without sacrificing passenger comfort. Determine the heat gain through the window for the reduced inside heat .transfer coefficient
The t = 4mm thick glass windows of an automobile have a surface area of A 2.5 m2. The outside temperature is To =35C while the passenger compartment is maintained at Tooj= 25C. The convection heat transfer coefficient on the exterior window surface is ho =95 W/m2.K. Determine the heat gain through the windows when the interior convection heat transfer coefficient is hi = 10 W/m2.K. By controlling the airflow in the passenger compartment the interior heattransfer coefficient can be reduced to hi= 8 W/m2.K without sacrificing passenger comfort. Determine the heat gain through the window for the reduced inside heat .transfer coefficient
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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الحساب
The t = 4mm thick glass windows of an
automobile have a surface area of A 2.5 m2.
The outside temperature is To =35C while
the passenger compartment is maintained
at Tooj= 25C. The convection heat transfer
coefficient on the exterior window surface
is ho =95 W/m2.K. Determine the heat gain
through the windows when the interior
convection heat transfer coefficient is hi =
10 W/m2.K. By controlling the airflow in the
passenger compartment the interior
heattransfer coefficient can be reduced to
hi= 8 W/m2.K without sacrificing passenger
comfort. Determine the heat gain through
the window for the reduced inside heat
.transfer coefficient
إضافة ملف
إرسال](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F44a1d2b8-ebd3-4981-b606-ca88ca7bbef3%2F96cbe8ac-fd57-4fdb-aac9-40dbbe3f0b1a%2Fyfo9dip_processed.jpeg&w=3840&q=75)
Transcribed Image Text:e 1:03
docs.google.com a
4 39% @
• llı. Classroom >
سيتم تسجيل الاسم والصورة المرتبطين بحسابك على Google عند
تحميل الملفات وإرسال هذا النموذج.
Jai szainab.walid.khalid@gmail.com i li
الحساب
The t = 4mm thick glass windows of an
automobile have a surface area of A 2.5 m2.
The outside temperature is To =35C while
the passenger compartment is maintained
at Tooj= 25C. The convection heat transfer
coefficient on the exterior window surface
is ho =95 W/m2.K. Determine the heat gain
through the windows when the interior
convection heat transfer coefficient is hi =
10 W/m2.K. By controlling the airflow in the
passenger compartment the interior
heattransfer coefficient can be reduced to
hi= 8 W/m2.K without sacrificing passenger
comfort. Determine the heat gain through
the window for the reduced inside heat
.transfer coefficient
إضافة ملف
إرسال
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