$($Part $1)$

Recall that prime numbers are only evenly divisible by themselves and one. Complete the isprime function below to test if a given number is prime.

def isprime$($number$)$:

$"""$

Return True if $`$number$`$ is prime; otherwise return False

$"""$

if number $<2$:

return False

for i in range$(2,$ number$)$:

if number $\%$ i $==0$:

return False

return True

$($Part $2)$

Using your isprime function, test each integer from $2$ through $25$ and print out the values that are determined to be prime.

Selection deleted

def isprime$($number$)$:

$"""$

Return True if $`$number$`$ is prime; otherwise return False

$"""$

if number $<2$:

return False

for i in range$(2,$ number$)$:

if number $\%$ i $==0$:

return False

return True

$($Part $3)$

How many prime numbers are there between $50,000$ and $60,000?$