Rectangular cube class
Write a class that receives the length, width and height of the rectangular cube and calculates its area and volume using different methods
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Write a class that receives the length, width and height of the rectangular cube and calculates its area and volume using different methods
let msg = 'error' alert(msg)This answer is only visible to premium members
This answer is only visible to premium members
let msg = 'error' alert(msg)This answer is only visible to premium members
This answer is only visible to premium members
let msg = 'error' alert(msg)This answer is only visible to premium members
This answer is only visible to premium members
length= int(input("what's your number?"))
width= int(input("what's your number?"))
height= int(input("what's your number?"))
area= length*width
volume= length*width*height
print(f"area:{area}__volume:{volume}")
Python
class RectangularCube:
def __init__(self,width_rectangular,length_rectangular,height_rectangular):
self.width_rectangular=width_rectangular
self.length_rectangular=length_rectangular
self.height_rectangular=height_rectangular
def volume_rectangular(self):
return self.width_rectangular*self.length_rectangular*self.height_rectangular
def area_rectangular(self):
return 2*(self.width_rectangular*self.length_rectangular+self.length_rectangular*self.height_rectangular+self.width_rectangular*self.height_rectangular)
while True:
a=float(input("The width of the rectangular cube:\n"))
b=float(input("Length of rectangular cube:\n"))
c=float(input("Height of rectangular cube:\n"))
if a<0 or b<0 or c<0:
print("The input number is negative, please enter it again")
continue
else:
break
u=RectangularCube(a,b,c)
while True:
e=input("choose: 1.Volume 2.Area\n")
if e=="1":
print(f"Volume of a rectangular cube : {u.volume_rectangular()}")
break
elif e=="2":
print(f"Area of rectangular cube : {u.area_rectangular()}")
break
else:
print("The entered number is incorrect. Please try again")
continue
class Hajml_Masahat:
def __init__(self,tool,arz,ertefah):
self.tool = tool
self.arz = arz
self.ertefah = ertefah
def masahat(self):
s = self.tool * self.arz
return f"masahat mostatil = {s}"
def hajm(self):
haj = self.tool * self.arz * self.ertefah
return f"hajm mostatil = {haj}"
tool = int(input("enter your tool ="))
arz = int(input("enter your arz ="))
ertefah = int(input("enter your ertefah = "))
print(Hajml_Masahat(tool,arz,ertefah).hajm())
print(Hajml_Masahat(tool,arz,ertefah).masahat())
class x:
def __init__(self , tool , arz , artefa):
self.tool=tool
self.arz=arz
self.artefa=artefa
def masahat(self):
print(self.tool*self.arz*6)
def hajm(self):
print(self.tool*self.arz*self.artefa)
while True:
k=input("1.adame 2.laghv :")
if k=="2":
break
elif k=="1":
t=float(input("tool:"))
a=float(input("arz:"))
ar=float(input("artefa:"))
m=x(t , a , ar)
i=input("1.masahat 2.hajm :")
if i=="1":
m.masahat()
elif i=="2":
m.hajm()
else:
print("error")
else:
print("error")
Python
class maht:
def __init__(self,a,b,c):
self.a=a
self.b=b
self.c=c
def math_h(self):
return(f'The volume of a rectangular cube is equal to:{self.a*self.b*self.c}')
a1=int(input('enter length:'))
b1=int(input('enter width:'))
c1=int(input('enter height:'))
ob =maht(a1,b1,c1)
print(ob.math_h())
Python
class MokabMostatil:
def __init__(self,x,y,z):
self.x=x
self.y=y
self.z=z
def hajm(self):
return self.x*self.y*self.z
def masahat(self):
return 2*self.x*self.y+2*self.x*self.z+2*self.y*self.z
Python
a = float(input("your arz : )
b = float(input("your tol : )
c = float(input("your ertefa : )
x = a*b*c
m = (a*b*2) + (a*c*2) + (b*c*2)
print(f"masahat : {m}\n Hagm:{x}")
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