Bài tập trắc nghiệm (quizz) môn Vật lý bán dẫn nội dung chương 2 có đáp án

Bài tập trắc nghiệm (quiz) môn Vật lý bán dẫn nội dung chương 2 có đáp án của Đại học Bách khoa Thành phố Hồ Chí Minh với những kiến thức và thông tin bổ ích giúp sinh viên tham khảo, ôn luyện và phục vụ nhu cầu học tập của mình cụ thể là có định hướng ôn tập, nắm vững kiến thức môn học và làm bài tốt trong những bài kiểm tra, bài tiểu luận, bài tập kết thúc học phần, từ đó học tập tốt và có kết quả cao cũng như có thể vận dụng tốt những kiến thức mình đã học vào thực tiễn cuộc sống. Mời bạn đọc đón xem!

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Môn: Vật lý bán dẫn (EE1007)

Trường: Đại học Bách khoa Thành phố Hồ Chí Minh

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lOMoARcPSD|36991220
VẬT LÝ BÁN DẪN
Chapter 2. Production Engineering by Mary Gonzalez
Quiz
Question 1.
In horizontal wells the skin effect considers the permeability anisotropy and
the likelihood of larger damage near the vertical section.
Answer
A- No idea B-
Possibly
C- False
D- Maybe
E- True
Question 2.
The equation proposed by Joshi in 1990 refers to a horizontal well where:
Answer
A- There is a pseudo steady state in the vertical plane and a mixed steady
state behaviour in the horizontal plane
B- There is a measurement of anisotropy
C- L= Total length of the horizontal section only
D- All of the above
E- None of the above
Question 3.
From example 8: Higher horizontal well productivity can be achieved by:
Answer
A- Having thin formations
B- Having an overall low anisotropy
C- Having thick formations with lower horizontal & vertical permeability
D- Having a good production engineer E- Having thick formations
Question 4.
Horizontal wells are proved to be excellent producers where the reservoir
thickness is:
Answer
lOMoARcPSD|36991220
A- Lower than 50 ft with good horizontal permeability
B- Higher than 50 ft with good horizontal permeability
C- Lower than 50 ft or higher with good vertical permeability
D- All of the above
E- None of the above
Question 5.
In Example 8 of chapter 2, L = 2000 ft, h= 53 ft, a= 3065 ft, Iani=3, reH = 2980 ft,
rw=0.328 ft
Therefore, the calculated effective wellbore radius and the resulting skin effect would be
equal to:
A. r’w= 143 ft
and s = 6.9
B. r’w= 341 ft
and s =-6.9
C. r’w= 371 ft
and s =-4.5
D. r’w= 731 ft
and s = 4.5 E. r’w= 137 ft
and s = 5.4
Question 6.
What an effective wellbore radius represents?
Answer
A- The damage in a horizontal well
B- The skin effect
C- The likelihood of larger damage near the vertical section
D- Permeability anisotropy E- None of the above
Question 7.
What is the definition of Anisotropy Index?
Answer
A- Ratio of vertical to horizontal permeability
B- Ratio of horizontal to vertical permeability
C- The product of vertical to horizontal permeability
D- Square root of the ratio of horizontal to vertical permeability E- None of
the above
lOMoARcPSD|36991220
Student Name and ID__ Trịnh Minh Đức Qu n-2014284
Total Marks (out of 70) ________nh m 9_____________________
| 1/3
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lOMoARcPSD| 36991220 VẬT LÝ BÁN DẪN
Chapter 2. Production Engineering by Mary Gonzalez Quiz Question 1.
In horizontal wells the skin effect considers the permeability anisotropy and
the likelihood of larger damage near the vertical section. Answer A- No idea B- Possibly C- False D- Maybe E- True Question 2.
The equation proposed by Joshi in 1990 refers to a horizontal well where: Answer
A- There is a pseudo steady state in the vertical plane and a mixed steady
state behaviour in the horizontal plane
B- There is a measurement of anisotropy
C- L= Total length of the horizontal section only D- All of the above E- None of the above Question 3.
From example 8: Higher horizontal well productivity can be achieved by: Answer A- Having thin formations
B- Having an overall low anisotropy
C- Having thick formations with lower horizontal & vertical permeability
D- Having a good production engineer E- Having thick formations Question 4.
Horizontal wells are proved to be excellent producers where the reservoir thickness is: Answer lOMoARcPSD| 36991220
A- Lower than 50 ft with good horizontal permeability
B- Higher than 50 ft with good horizontal permeability
C- Lower than 50 ft or higher with good vertical permeability D- All of the above E- None of the above Question 5.
In Example 8 of chapter 2, L = 2000 ft, h= 53 ft, a= 3065 ft, Iani=3, reH = 2980 ft, rw=0.328 ft
Therefore, the calculated effective wellbore radius and the resulting skin effect would be equal to: A. r’w= 143 ft and s = 6.9 B. r’w= 341 ft and s =-6.9 C. r’w= 371 ft and s =-4.5 D. r’w= 731 ft and s = 4.5 E. r’w= 137 ft and s = 5.4 Question 6.
What an effective wellbore radius represents? Answer A-
The damage in a horizontal well B- The skin effect C-
The likelihood of larger damage near the vertical section D-
Permeability anisotropy E- None of the above Question 7.
What is the definition of Anisotropy Index? Answer
A- Ratio of vertical to horizontal permeability
B- Ratio of horizontal to vertical permeability
C- The product of vertical to horizontal permeability
D- Square root of the ratio of horizontal to vertical permeability E- None of the above lOMoARcPSD| 36991220
Student Name and ID__ Trịnh Minh Đức Qu n-2014284
Total Marks (out of 70) ________nh m 9_____________________