Use c programming for the following question. And plz don't use any other libraries other than # include < stdio.h

C++ for Engineers and Scientists
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ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
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Use c programming for the following question. And plz don't use any other libraries other than # include < stdio.h >
4. A lumber company needs to compute the values of certain engineering properties of its rectan-
gular cross section lumber. The dimensions of the wood are given as base and height in inches
as integers. The required engineering properties are
24
48
66
cross sectional area = base x height
4
2 x
4 x 8
6 x 6
moment of inertia =
Write a program which reads the base and height from the input file, lumberin. txt, then calls
three functions area(), inertia(), and modulus () to compute the values of the required
engineering properties. The main program then writes the three values to the output file
lumberout.txt. This continues until the end of the input file is reached.
Area
section modulus =
Note that you must write your functions so that modulus () calls area() and inertia()
calls modulus ().
For example, if the file lumberin. txt consists of:
8.00
32.00
36.00
base x height³
12.0
then the output e lumberout.txt would consist of:
Lumber Size
Cross sectional
Moment of
Inertia
base x height²
6.0
10.67
170.67
108.00
Section
Modulus
5.33
42.67
36.00
Transcribed Image Text:4. A lumber company needs to compute the values of certain engineering properties of its rectan- gular cross section lumber. The dimensions of the wood are given as base and height in inches as integers. The required engineering properties are 24 48 66 cross sectional area = base x height 4 2 x 4 x 8 6 x 6 moment of inertia = Write a program which reads the base and height from the input file, lumberin. txt, then calls three functions area(), inertia(), and modulus () to compute the values of the required engineering properties. The main program then writes the three values to the output file lumberout.txt. This continues until the end of the input file is reached. Area section modulus = Note that you must write your functions so that modulus () calls area() and inertia() calls modulus (). For example, if the file lumberin. txt consists of: 8.00 32.00 36.00 base x height³ 12.0 then the output e lumberout.txt would consist of: Lumber Size Cross sectional Moment of Inertia base x height² 6.0 10.67 170.67 108.00 Section Modulus 5.33 42.67 36.00
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