def get_question_and_right_answer():
random_number1 = random_wrapper.get_random_number(MIN_RANDOM, MAX_RANDOM)
random_number2 = random_wrapper.get_random_number(MIN_RANDOM, MAX_RANDOM)
question = f'{random_number1} {random_number2}'
right_answer = gcd(random_number1, random_number2)
result = (question, str(right_answer))
return result
def get_question_and_right_answer():
random_operation = choice(OPERATIONS)
random_number1 = random_wrapper.get_random_number(1, 20)
random_number2 = random_wrapper.get_random_number(1, 20)
question = f'{random_number1} {random_operation} {random_number2}'
arithmetic_execution_result = \
safe_arithmetic_execution(random_operation,
random_number1,
random_number2)
result = (question, str(arithmetic_execution_result))
return result
def get_question_and_right_answer():
random_number = random_wrapper.get_random_number(MIN_RANDOM, MAX_RANDOM)
question = str(random_number)
right_answer = 'yes' if random_number % 2 == 0 else 'no'
result = (question, right_answer)
return result
def get_question_and_right_answer():
random_number = random_wrapper.get_random_number(MIN_RANDOM, MAX_RANDOM)
question = str(random_number)
right_answer = "yes" if is_prime(random_number) else "no"
result = (question, right_answer)
return result
def get_question_and_right_answer():
progression_step = random_wrapper.get_random_number(MIN_RANDOM, MAX_RANDOM)
start_number = random_wrapper.get_random_number(MIN_RANDOM, MAX_RANDOM)
progression = [
start_number + progression_step * counter
for counter in range(PROGRESSION_LENGTH)
]
position_of_missing_element = random_wrapper.\
get_random_number(0, PROGRESSION_LENGTH - 1)
question = get_question(progression, position_of_missing_element)
right_answer = progression[position_of_missing_element]
result = (question, str(right_answer))
return result