Calculus II - Assignment Solutions | MA 112, Assignments of Calculus

Material Type: Assignment; Class: Calculus II; Subject: Mathematics; University: Rose-Hulman Institute of Technology; Term: Winter 2002;

Typology: Assignments

Pre 2010

Uploaded on 08/13/2009

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1. Answer to the vase problem
Volume of vase = πZ24
0
g2(y)dy.
Add a row to the table to record the values of g2(y)
y0 8.0 16.0 24.0
g(y) 7.0 4.0 5.0 6.0
g2(y) 49.0 16.0 25.0 36.0
The trapezoidal formula is
Tn=h
2(y0+ 2y1+· · · + 2yn1+yn),
h=ba
n
where that are nintervals and n+ 1 points, on the interval of integration [a, b].
In our case n= 3, a = 0, b = 24, h= 8 and the approximation of R24
0g2(y)dy is
Tn=8
2(49 + 2 ×16 + 2 ×25 + 36)
= 668
Thus the approximation to πR24
0g2(y)dy is 668π.

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1. Answer to the vase problem

Volume of vase = π

0

g^2 (y)dy.

Add a row to the table to record the values of g^2 (y)

y 0 8. 0 16. 0 24. 0 g(y) 7. 0 4. 0 5. 0 6. 0 g^2 (y) 49. 0 16. 0 25. 0 36. 0

The trapezoidal formula is

Tn = h 2 (y 0 + 2y 1 + · · · + 2yn− 1 + yn) ,

h = b − a n

where that are n intervals and n + 1 points, on the interval of integration [a, b]. In our case n = 3, a = 0, b = 24, h = 8 and the approximation of

0 g (^2) (y)dy is

Tn =

(49 + 2 × 16 + 2 × 25 + 36)

Thus the approximation to π

0 g (^2) (y)dy is 668π.