Formularium Computationeel denken | Examengeschikte versie

format(number, ‘a,.bc’) [‘list’]
math.cos() type(object) append(item)
math.tan() count(item)
len(object)
math.sin() index(item)
math.acos() insert(index,item)
math.atan() pop(index)
match parameter
math.asin() remove(item)
case pattern
math.floor(2.1) sort()
math.ceil(2.9) case _
reverse()
math.degrees(π/2) clear()
math.radrians(90) copy()
math.exp(e) extend()
math.log() def naam:
global var (‘tuple’)
math.log10() count(item)
math.sqrt() …
index(item)
return var
{‘key’:’value-dict’}
math.e
del dict[key]
math.inf
clear()
math.nan pass copy()
math.pi
fromkeys(keys,.value)
math.tau
items()
keys()
random.randrange([start],]stop[,stap) values()
random.randint([start],[stop]) get(key,default)
random.random() pop(key,default)
random.uniform([start],[stop]) popitem()
update()


range(start^=0 , stop=-1 , step^=1)


lst/tup[.[start]=0:.]stop[=-1:.step=1]
str()
isalnum()
isalpha()
bestand = open(‘bestandsnaam’,’r/w/a/x’) isascii()
read(aantal) isdigit()
readline() islower()
lijn = lijn.rstrip(‘\n’) isupper()
readlines(aantal) isspace()
write(tekst) startswith(str, start, end)
close() endswith(str, start, end)

lower()
upper()
capitalize()
+ lstrip(karakters)
\n
- rstrip(karakters)
\t
* strip(karakters)
\’
5/2 replace(oud,nieuw,max)
\”
5^/2 center(length,opvulling)
\\
5%2
5^*2 count(str,start,end)
< find(str,start,end)
> (not x) or (y and z) index(char,start,end)
not rindex(char,start,end)
< =
> = and
or teksttussen.join(tup/lst/str)
= = split(sep,max)
! = swapcase()
splitlines(keeplinebreaks)