Basic Mathematics 2078

Tribhuwan University
Institute of Science and Technology
2078
Bachelor Level / First Semester / Science
Information Technology ( MTH104 )
( Basic Mathematics )
Full Marks: 60
Pass Marks: 24
Time: 3 hours

Section A

Long Answer Questions.

Attempt any two questions.        (2x10=20)

1.  a) What do you mean by asymptotes? How many types of asymptotes define each? (1+3)

4 marks view

    b) Find horizontal and vertical asymptotes of the following functions

                    

            Does there other asymptotes exist?                (5+1)

6 marks view

2. Define area between two curves

    a) Find area of the region enclosed by the parabola y=2 - x2 and the line y = -x.                       

4 marks view

    b) Define volume integral. Find the volume of solid generated by revolving the region bounded by the curve y2 = x and the line y = 1, x = 4 about the line y = 1.   (1+5)

6 marks view

3.  a) Define Newton's Raphson method with their formula.    (2)

2 marks view

    b) An open top box is to be made by cutting small congruent squares from the corners of square sheet of tin having length 12 inch and is bending up the sides. How large should the squares cut from the corners be to make the box hold as much as possible?        (8)

8 marks view

Section B

Short Answer Questions.

Attempt any eight questions.        (8x5=40)

4. Graph the following functions. Write their symmetricity and specify the interval over which the function is increasing and decreasing.

    a. y = -x3

    b. y = x2                        (2.5+2.5)

5 marks view

5. Find the equations of tangent and normal to the curve x3 + y3 - 9xy = 0 at the point (2, 4).   (3+2)

5 marks view

6. What is L' Hospital rule? Using this rule evaluate the following

        a. 

        b.                 (1+2+2)

5 marks view

7. Define integration. Evaluate the following integral.

        a. 

        b.                     (1+2+2)

5 marks view

8. Define integral test and determine the convergence or divergence of the series.  (1+4)

            

5 marks view

9. Solve the following differential equation.

        

5 marks view

10. Find the derivative of , at point P(1,1,0) in the direction of .

5 marks view

11. State Mean value theorem. Verify the mean value theorem if f(x) = x2 + 2x -1 on [0, 1].    (1+4)

5 marks view

12.  a. Find  if .

        b. Find the slope of circle  at the point (3,4).

5 marks view