Given the following class, write the code for the Sphere and the Cylinder class so that the following output is printed. class Shape3D: OUTPUT: Shape name: Sphere, Area Formula: 4 * * r pi r pi = 3.14159 def init_(self, name = 'Default', radius = 0): self._area = 0 self._name = name self._height = 'No need' self._radius = radius Radius: 5, Height: No need Area: 314.159 ==== ====== Shape name: Cylinder, Area Formula: 2 * pi * r * (r + h) def calc_surface_area(self): return 2 * Shape3D.pi * self._radius Radius: 5, Height: 10 Area: 471.2385 _str_(self): return "Radius: "+str(self._radius) def sph = Sphere('Sphere', 5) print('. sph.calc_surface_area() print(sph) print('========: cyl = ') =====') Cylinder('Cylinder', 5, 10) print(' cyl.calc_surface_area() print(cyl)
Given the following class, write the code for the Sphere and the Cylinder class so that the following output is printed. class Shape3D: OUTPUT: Shape name: Sphere, Area Formula: 4 * * r pi r pi = 3.14159 def init_(self, name = 'Default', radius = 0): self._area = 0 self._name = name self._height = 'No need' self._radius = radius Radius: 5, Height: No need Area: 314.159 ==== ====== Shape name: Cylinder, Area Formula: 2 * pi * r * (r + h) def calc_surface_area(self): return 2 * Shape3D.pi * self._radius Radius: 5, Height: 10 Area: 471.2385 _str_(self): return "Radius: "+str(self._radius) def sph = Sphere('Sphere', 5) print('. sph.calc_surface_area() print(sph) print('========: cyl = ') =====') Cylinder('Cylinder', 5, 10) print(' cyl.calc_surface_area() print(cyl)
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
Related questions
Question
![Task - 6
Given the following class, write the code for the Sphere and the Cylinder class so that
the following output is printed.
class Shape3D:
OUTPUT:
Shape name: Sphere, Area Formula: 4 * pi * r
* r
pi
def
= 3.14159
init_(self, name =
self._area
0):
Radius: 5, Height: No need
'Default', radius
= 0
Area: 314.159
self._name = name
self._height
self._radius
'No need'
radius
=======
====
Shape name: Cylinder, Area Formula: 2 * pi *
r * (r + h)
def calc_surface_area(self):
return 2 * Shape3D.pi * self._radius
Radius: 5, Height: 10
Area: 471.2385
def _str_(self):
return "Radius: "+str(self._radius)
Sphere( 'Sphere', 5)
sph
print('
sph.calc_surface_area()
print(sph)
print('
cyl = Cylinder('Cylinder', 5, 10)
print('
cyl.calc_surface_area()
print(cyl)
%3D
')
=====
')](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F72cf5bc9-b705-4f76-b7f6-4442cb6d3246%2F1e72cce4-8d1e-4a17-9450-ff12ce1a9042%2F6tk4cwg_processed.png&w=3840&q=75)
Transcribed Image Text:Task - 6
Given the following class, write the code for the Sphere and the Cylinder class so that
the following output is printed.
class Shape3D:
OUTPUT:
Shape name: Sphere, Area Formula: 4 * pi * r
* r
pi
def
= 3.14159
init_(self, name =
self._area
0):
Radius: 5, Height: No need
'Default', radius
= 0
Area: 314.159
self._name = name
self._height
self._radius
'No need'
radius
=======
====
Shape name: Cylinder, Area Formula: 2 * pi *
r * (r + h)
def calc_surface_area(self):
return 2 * Shape3D.pi * self._radius
Radius: 5, Height: 10
Area: 471.2385
def _str_(self):
return "Radius: "+str(self._radius)
Sphere( 'Sphere', 5)
sph
print('
sph.calc_surface_area()
print(sph)
print('
cyl = Cylinder('Cylinder', 5, 10)
print('
cyl.calc_surface_area()
print(cyl)
%3D
')
=====
')
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