Calculating something like the bacterial reproduction is very easy, e.g., &quot;Under ideal conditions, the number of bacteria doubles every 30 minutes&quot;, but my requirement is different. 
An animal gives birth to her first offspring at the age of 7 years, after that it gives birth every year up to the age of 30. How many of its offspring will be alive after 100 years if (ideally) all of the offspring are females.
(Someone mentioned in the comments that I should mention the age at which an animal dies and suggested the age of 40. Let&#39;s think every animal dies at the age of 40).
I tried to do it, but failed. Looks like some nested loop with if-else will be involved, but my brain isn&#39;t working on it right now.

Calculating something like the bacterial reproduction is very easy, e.g., "Under ideal conditions, the number of bacteria doubles every 30 minutes", but my requirement is different. 

An animal gives birth to her first offspring at the age of 7 years, after that it gives birth every year up to the age of 30. How many of its offspring will be alive after 100 years if (ideally) all of the offspring are females.

(Someone mentioned in the comments that I should mention the age at which an animal dies and suggested the age of 40. Let's think every animal dies at the age of 40).

I tried to do it, but failed. Looks like some nested loop with if-else will be involved, but my brain isn't working on it right now.


Just for the sake of generalization, if the maxAge is divisible by the year they can give birth, which happens first: giving birth or dying?

Just for the sake of generalization, if the maxAge is divisible by the year they can give birth, which happens first: giving birth or dying?

How would you write the following algorithm?

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