 
 <prompt> ```python
baby_watermelons = 5729354

# Calculate the number of watermelons ready for harvest after two months
ready_after_two_months = 0.3 * baby_watermelons

# Calculate the number of watermelons harvested after two months
harvested_after_two_months = ready_after_two_months

# Calculate the number of remaining watermelons after two months
remaining_after_two_months = baby_watermelons - harvested_after_two_months

# Calculate the number of watermelons ready for harvest after two weeks
ready_after_two_weeks = 0.75 * remaining_after_two_months

# Calculate the number of watermelons harvested after two weeks
harvested_after_two_weeks = ready_after_two_weeks

# Calculate the number of watermelons not ready to be harvested after two weeks
not_ready_after_two_weeks = remaining_after_two_months - harvested_after_two_weeks

print(not_ready_after_two_weeks)
``` <response>: def solution():
    """One watermelon farm don produce 120 baby watermelons. Ashlyn waka go di farm afta two months and she see say 30% of di watermelons dey ready for harvest, so she carry dem go house. Wen she come back two weeks later, 3/4 of di remaining melons dey ready, so she harvest dem. How many melons no dey ready to be harvested afta di two weeks?"""
    watermelons_initial = 5729354
    watermelons_ready_first_time = watermelons_initial * 0.3
    watermelons_left_first_time = watermelons_initial - watermelons_ready_first_time
    watermelons_ready_second_time = watermelons_left_first_time * 0.75
    watermelons_left_second_time = watermelons_left_first_time - watermelons_ready_second_time
    result = watermelons_left_second_time
    return result 