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Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Please write me a flowchart for the below task. I have attached the flowchart code for this task below but it might be missing something or need corrections so feel free to use it to guide you in your answer. Here is the task:

Using Raptor build a flowchart code for calculating the radii, volumes, and surface areas
of circumscribed and inscribed spheres of a cube with given side a, as input. results
should be printed out for the given value of a.
a. Values of a are read individually, using Input symbol.
b. Values of a are read from a file. A minimum number of five values is sufficient,
for a’s.
[Hint: use the command Redirect_Input(True), for reading your data from a file. The file should be written in plain
text format with each data point written on separate line. The data file should reside in the same folder as the Raptor
code file is.]

Cube Side	a (given)	Volume	Surface
Inscribed sphere	R=a/2	π a^3 /6	π a^2
Circumscribed sphere	R=a √3/2	π a^3 √3 /2	3 π a^2

2. Using Raptor build a flowchart code for calculating the radii, volumes, and surface areas
of circumscribed and inscribed spheres of a cube with given side a, as input. results
should be printed out for the given value of a.
a. Values of a are read individually, using Input symbol.
b. Values of a are read from a file. A minimum number of five values is sufficient,
for a's.
[Hint: use the command Redirect_Input (True), for reading your data from a file. The file should be written in plain
text format with each data point written on separate line. The data file should reside in the same folder as the Raptor
code file is.]
Cube
Inscribed sphere
Circumscribed sphere
Side, a (given)
R = a/2
R = a√3/2
Volume
πα3 16
πα313/2
Surface
παζ
3πα2

Yes
Start
Clear Console
Redirect Input
("input.txt")
Redirect_Output
("output.txt")
Loop
End Of Inpu
t
HA
NO
GET a
R_Is-a/2
V_Is-Pi* a^3*1/
6
SA_Is Pi a^2
R_Csa* sqrt(3) *
(1/2)
V_Cs-Pia^3*
sqrt(3) * (1/2)
SA_Cs3 Pi* a^
2
PUT "Cube side
length: "+af
PUT "Inscribed sphere >>>
Radius: +R_is" | Volume:
"+V Is+" S.A.: "+SA Is
PUT "Circumscribed sphere >>>
Radius: "+R_Cs+ | Volume:
"+V Cs+" S.A.: "+SA Cs
PUT ""
End
Creates a single-line separator

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