Identified Competencies, BSc in Civil Engineering.docx
56.1 KB
📚Exit exam coverage parts for Civil Engineering department
📚የ Civil Engineering Exit Exam (የመዉጫ ፈተና) የሚወጣበት ኮርስ እና የሚወጣበት Portion !
@etconp
📚የ Civil Engineering Exit Exam (የመዉጫ ፈተና) የሚወጣበት ኮርስ እና የሚወጣበት Portion !
@etconp
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Architecture Identified Competencies.pdf
1 MB
Exit Exam For Architecture
Identified Competency Focus Areas and Core Courses for National Exit Examination:
Program: Bachelor of Science Degree in Architecture
@etconp
Identified Competency Focus Areas and Core Courses for National Exit Examination:
Program: Bachelor of Science Degree in Architecture
@etconp
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Hawasa u.pdf
1.8 MB
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📌EXIT EXAM
👆👆👆👆👆👆👆👆👆
🌟ቃል በገባንላቹ መሰረት ከተለያዩ ዩኒቨርስቲዎች ያሰባሰብናቸው ከ 70 በላይ Model የ መውጫ ፈተና PDF ፋይሎች ለ Architecture,COTM እና Civil ተማሪዎች ተካተዋል።
💫ለ Exit Exam እንደምያግዛቹ ምንም ጥርጥር የለንም።
❤️እናንተም ላልደረሳቸው ወዳጆቻቹ በማጋራት አግዙን❤️
🙏መልካም ፈተና እንመኛለን🙏
@etconp
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🌟ቃል በገባንላቹ መሰረት ከተለያዩ ዩኒቨርስቲዎች ያሰባሰብናቸው ከ 70 በላይ Model የ መውጫ ፈተና PDF ፋይሎች ለ Architecture,COTM እና Civil ተማሪዎች ተካተዋል።
💫ለ Exit Exam እንደምያግዛቹ ምንም ጥርጥር የለንም።
❤️እናንተም ላልደረሳቸው ወዳጆቻቹ በማጋራት አግዙን❤️
🙏መልካም ፈተና እንመኛለን🙏
@etconp
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👉በአራዳ ክፍለ ከተማ አንድ ካሬ ሜትር በ414 ሺህ ብር መሸጡ ተነገረ
🚧በሊዝ ለጨረታ ከቀረቡት 287 ቦታዎች በአጠቃላይ 12.2 ቢሊዮን ብር ማግኘት መቻሉን የአዲስ አበባ ከተማ የመሬት ልማት እና አስተዳደር ቢሮ አስታውቋል።
🚧በሊዝ ለጨረታ ከቀረቡት ቦታዎች 7.7 ቢሊዮን ብሩን ተጫራቾች ቦታውን እንደተረከቡ ክፍያ የሚፈጽሙበት ሲሆን ቀሪው 4.5 ቢሊዮን ብር ደግሞ ከተማ አስተዳደሩ በሰጠው የሊዝ መክፈያ የ5 ዓመት የጊዜ ገደብ ውስጥ የሚከፈል ነው።
🚧በተደረገው ቦታዎችን በሊዝ ጨረታ የማስተላለፍ ሂደት በአራዳ ክፍለ ከተማ 1 ካሬ በ414 ሺህ ብር በከፍተኛ ዋጋ የተሸጠው ሲሆን ዝቅተኛው ደግሞ በለሚ ኩራ ክፍለ ከተማ በ20 ሺህ ብር የተሸጠው መሆኑን ኢፕድ ዘግቧል።
@etconp
🚧በሊዝ ለጨረታ ከቀረቡት 287 ቦታዎች በአጠቃላይ 12.2 ቢሊዮን ብር ማግኘት መቻሉን የአዲስ አበባ ከተማ የመሬት ልማት እና አስተዳደር ቢሮ አስታውቋል።
🚧በሊዝ ለጨረታ ከቀረቡት ቦታዎች 7.7 ቢሊዮን ብሩን ተጫራቾች ቦታውን እንደተረከቡ ክፍያ የሚፈጽሙበት ሲሆን ቀሪው 4.5 ቢሊዮን ብር ደግሞ ከተማ አስተዳደሩ በሰጠው የሊዝ መክፈያ የ5 ዓመት የጊዜ ገደብ ውስጥ የሚከፈል ነው።
🚧በተደረገው ቦታዎችን በሊዝ ጨረታ የማስተላለፍ ሂደት በአራዳ ክፍለ ከተማ 1 ካሬ በ414 ሺህ ብር በከፍተኛ ዋጋ የተሸጠው ሲሆን ዝቅተኛው ደግሞ በለሚ ኩራ ክፍለ ከተማ በ20 ሺህ ብር የተሸጠው መሆኑን ኢፕድ ዘግቧል።
@etconp
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👉IMPORTANT POINTS FROM THERNAL STRESSES (STRENGTH OF MATERIALS)
📌 Stresses produced due to change in temperatures(Rise/Fall) are called as thermal stresses
▶️Actual meaning of coefficient of thermal expansion is strain produced per unit change in temperature
⏺Unit of Coefficient of thermal expansion = per degree celcius
▶️Coefficient of thermal expansion for different materials
✴ Aluminium = 24 x 10^(-6)
✴ Copper = 17.5 x 10^(-6)
✴ Steel = 12 x 10^(-6)
🚧Higher the value of coefficient of thermal expansion, more will be the material sensitive for temperature change
🚧For the bar free to expand, with change in temperature (rise/fall), no stress is developed
🚧Prismatic bar with rigidly supported at both ends
🚧As temperature increases, compressive stresses are developes on bar
🚧 As temperature decreases, tensile stresses are developes on bar
🚧 Copper bar is in series with steel bar
🚧As temperature increases, compressive stresses are developed on both copper and steel bar
🚧As temperature decreases, tensile stresses are developed on both copper and steel bar
🚧 Copper plate is in parallel with steel plate and form a composite
🚧As temperature increases, compressive stress developed on copper and tensile stress developed on steel
🚧As temperature decreases, tensile stress developed on copper and compressive stress developed on steel
🚧Copper rod is enclosed in steel tube and both are rigidly fixed at ends
🚧As temperature increases, Compressive stresses are developes on both copper and steel
🚧As temperature decreases, tensile stresses are developes on both copper and steel.
@etconp
📌 Stresses produced due to change in temperatures(Rise/Fall) are called as thermal stresses
▶️Actual meaning of coefficient of thermal expansion is strain produced per unit change in temperature
⏺Unit of Coefficient of thermal expansion = per degree celcius
▶️Coefficient of thermal expansion for different materials
✴ Aluminium = 24 x 10^(-6)
✴ Copper = 17.5 x 10^(-6)
✴ Steel = 12 x 10^(-6)
🚧Higher the value of coefficient of thermal expansion, more will be the material sensitive for temperature change
🚧For the bar free to expand, with change in temperature (rise/fall), no stress is developed
🚧Prismatic bar with rigidly supported at both ends
🚧As temperature increases, compressive stresses are developes on bar
🚧 As temperature decreases, tensile stresses are developes on bar
🚧 Copper bar is in series with steel bar
🚧As temperature increases, compressive stresses are developed on both copper and steel bar
🚧As temperature decreases, tensile stresses are developed on both copper and steel bar
🚧 Copper plate is in parallel with steel plate and form a composite
🚧As temperature increases, compressive stress developed on copper and tensile stress developed on steel
🚧As temperature decreases, tensile stress developed on copper and compressive stress developed on steel
🚧Copper rod is enclosed in steel tube and both are rigidly fixed at ends
🚧As temperature increases, Compressive stresses are developes on both copper and steel
🚧As temperature decreases, tensile stresses are developes on both copper and steel.
@etconp
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