import random
p = 0.5
max_unanswered_calls = 4
max_nr_days = 100
successes = 0
for d in range(max_nr_days):
    if random.random() > p and random.random() > p and random.random(
        ) > p and random.random() > p and random.random() <= p:
        successes += 1
print(successes / max_nr_days)

f92603209d8d298a8858bbd6cba8d72ac58253b9
<mask token>

<mask token>
for d in range(max_nr_days):
    if random.random() > p and random.random() > p and random.random(
        ) > p and random.random() > p and random.random() <= p:
        successes += 1
print(successes / max_nr_days)

<mask token>
p = 0.5
max_unanswered_calls = 4
max_nr_days = 100
successes = 0
for d in range(max_nr_days):
    if random.random() > p and random.random() > p and random.random(
        ) > p and random.random() > p and random.random() <= p:
        successes += 1
print(successes / max_nr_days)

import random
p = 0.5
max_unanswered_calls = 4
max_nr_days = 100
successes = 0
for d in range(max_nr_days):
    if random.random() > p and random.random() > p and random.random(
        ) > p and random.random() > p and random.random() <= p:
        successes += 1
print(successes / max_nr_days)
