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Practicing for midterm - Calculus 1 | Trường Đại học Quốc tế, Đại học Quốc gia Thành phố HCM

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Môn: Calculus 1 (MA001IU) 42 tài liệu

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Danh sách Quiz
/1
Calculus 1 International University, Vietnam National University-HCM Page 1 of 1
CALCULUS 1 (MA001IU) – FINAL EXAMINATION
Semester 3, 2022-23 Duration: 120 minutes Date: August 7, 2023• •
SUBJECT: CALCULUS 1
Department of Mathematics Lecturer
Nguyen Minh Quan Nguyen Thi Thu Van, Nguyen Minh Quan
INSTRUCTIONS:
• Use of calculator is allowed. Each student is allowed two double-sided sheets of notes (size A4
or similar). All other documents and electronic devices are forbidden.
• Write the steps you use to arrive at the answers to each question. No marks will be given for
the answer alone.
• There are a total of 10 (ten) questions. Each one carries 10 points.
1. Evaluate the following limit
lim
x→8
3
√
x −2
ln 7
(x − )
.
2. Find the point on the hyperbola
y =
1
2
x
in the first quadrant that is closest to the point (0 0 ., )
3. A particle moves in a straight line and its velocity is given by v(t) = 3t +2 and its initial position
is 0s( ) = 0. Find its position function when 2, that is, find 2 .t = s( )
4. Let
F
(x) =
Z
πx
2
1
√
t + sint dt.
Find 1 .
F
′
( )
5. Evaluate the integral
1
Z
0
x
2
e dx
−x
.
6. Evaluate the integral
Z
1
0
x −1
x
2
+ 4x + 3
dx.
7. Determine whether the improper integral
Z
∞
1
2x
√
1 + x
2
dx is convergent or divergent. Explain.
8. Use the Trapezoidal rule with 6 sub equal intervals (i.e., n = 6) to approximate the value of the
integral
Z
2
0
1
16
+ x
2
dx
9. Find the area of the region enclosed by the curves 6
y = x −x
2
and .y = x
10. Use Newton’s method to approximate the positive root correct to six decimal places of the
equation 2
−x
2
= sin .x
—END OF THE QUESTION PAPER. GOOD LUCK!—

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Calculus 1
International University, Vietnam National University-HCM Page 1 of 1
CALCULUS 1 (MA001IU) – FINAL EXAMINATION
Semester 3, 2022-23 • Duration: 120 minutes • Date: August 7, 2023 SUBJECT: CALCULUS 1 Department of Mathematics Lecturer Nguyen Minh Quan
Nguyen Thi Thu Van, Nguyen Minh Quan INSTRUCTIONS:
• Use of calculator is allowed. Each student is allowed two double-sided sheets of notes (size A4
or similar). All other documents and electronic devices are forbidden.
• Write the steps you use to arrive at the answers to each question. No marks will be given for the answer alone.
• There are a total of 10 (ten) questions. Each one carries 10 points.
1. Evaluate the following limit √ 3 x − 2 lim
x→8 ln(x − 7) . 1
2. Find the point on the hyperbola y =
in the first quadrant that is closest to the point (0 ) , 0 . 2x
3. A particle moves in a straight line and its velocity is given by v(t) = 3t + 2 and its initial position
is s(0) = 0. Find its position function when t = 2, that is, find s(2). 4. Let Z πx2 √ F(x) = t + sint dt. 1 Find F′(1). 1 Z 5. Evaluate the integral
x2e−xdx. 0 Z 1 x − 1 6. Evaluate the integral dx. 0 x2 + 4x + 3 Z ∞ 2x
7. Determine whether the improper integral √
dx is convergent or divergent. Explain. 1 1 + x2
8. Use the Trapezoidal rule with 6 sub equal intervals (i.e., n = 6) to approximate the value of the Z 2 1 integral dx 0 16 + x2
9. Find the area of the region enclosed by the curves y = 6x − x2 and y = x.
10. Use Newton’s method to approximate the positive root correct to six decimal places of the
equation 2 − x2 = sin x.
—END OF THE QUESTION PAPER. GOOD LUCK!—

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