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Code Block language py matrix = [[1,3,-3,5,23],[23,1,34,13,32],[33,67,64,5,-9],[46,-6,6,64,8],[2,3,19,12,-4]]
Code Block language py matrix = [[1,3,-3,5,23],[23,1,34,13,32],[33,67,64,5,-9],[46,-6,6,64,8],[2,3,19,12,-4]] for k in range(0,len(matrix)): for t in range(0,len(matrix[k])): if (matrix[k][t]<0): matrix[k][t]*= -1 print(matrix)
Code Block language python matrix = [[1,3,-3,5,23],[23,1,34,13,32],[33,67,64,5,-9],[46,-6,6,64,8],[2,3,19,12,-4]] maks = -float('Inf') # evt. maks = matrix[0][0] for i in range(0,len(matrix)): for j in range(0,len(matrix[i])): if (matrix[i][j] > maks): maks = matrix[i][j] print(maks)
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capacity = 20 currentLevel = 5 while currentLevel < capacity: currentLevel += 1 print('Current water level isBadekaret har', currentLevel, 'litersliter vann.') currentLevel += 1 print('TheBadekaret bath is full and contains', currentLevel, 'litreser fullt.') |
Oppgave 10 - Sjakkbrett
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def checkColorOfChessboard(x,y):
# we define a chessboard using nested arrays
# b means black, and w means white
board = [['w','b','w','b','w','b','w','b'],
['b','w','b','w','b','w','b','w'],
['w','b','w','b','w','b','w','b'],
['b','w','b','w','b','w','b','w'],
['w','b','w','b','w','b','w','b'],
['b','w','b','w','b','w','b','w'],
['w','b','w','b','w','b','w','b'],
['b','w','b','w','b','w','b','w']]
x2 = x8 - 1x
y2 = y - 1
if board[x2][y2] == 'w':
print('Rute',str(x) + ','+ str(y),'er hvit')
else:
print('Rute',str(x) + ','+ str(y),'er svart')
for x in range(1,9):
for y in range(1,9):
checkColorOfChessboard(x,y)
#alternativ løsning:
def chess_board(x,y):
if not (0<x<9 and 0<y<9):
return "Ugyldig input"
if x%2==1:
if y%2==1:
return "svart"
return "hvit"
if y%2==1:
return "hvit"
return "svart"
for i in range(1,9):
for j in range(1,9):
print("Rute",str(i)+','+str(j),"er",chess_board(i,j)) |
Oppgave 11 - Sum av gangetabellen
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