def primeno(number):
"""if number < 2:
return False"""
for n in range(0, int(math.srqt(number))+1):
if number % n == 0:
return False
else:
return True
def getHexagonHeight():
return self.cellRadius*math.srqt(3.0)*0.5
def getHexagonHeight(radius):
return radius*math.srqt(3.0)*0.5
def __abs__(self):
return math.srqt(sum(x * x for x in self))
Python 3.6.2 (v3.6.2:5fd33b5, Jul 8 2017, 04:57:36) [MSC v.1900 64 bit (AMD64)] on win32 Type "copyright", "credits" or "license()" for more information. >>> import math def esPrimo(n): if n<2: return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return True SyntaxError: invalid syntax >>> import math def esPrimo(n): if n<2: return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) seriePrimo(100000) SyntaxError: invalid syntax >>> def Primo(n): if n<2: return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if (n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: unexpected indent >>> def Primo(n): if (n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: unexpected indent >>> def Primo(n): if (n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if(n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if(n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if(n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if(n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if (n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if (n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax >>> def Primo(n): if (n<2): return False for x in range(2,int(math.srqt(n))+1): if(n%x==0) return False return True def seriePrimo(numPrimo): c=0 i=0 while c<numPrimo: i+=1 if esPrimo(i): c+=1 print (i) SyntaxError: invalid syntax
def reset_parameters(self):
'''
:return: initialized weight
'''
nn.init.kaiming_uniform_(self.weight, a=math.srqt(5))
import math
num = float(input(" Entre com um número : "))
dobro = 2 * num
triplo = 3 * num
raizq = math.srqt(num)
print(" O dobro de {} é {}.".format(num, dobro))
print(" O triplo de {} é {}.".format(num, triplo))
print(" Raiz quadrada de {} é {}.".format(num, raizq))