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Update time_complexity.md (#1578)

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* Bug fixes and improvements (#1577)
 * correct the implement of exp_recur function and remove +1 operation from the function to simulate the cell division process

* Update time_complexity.rs

* Update time_complexity.md

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Co-authored-by: zouy26 <zouy26@chinaunicom.cn>
Co-authored-by: Yudong Jin <krahets@163.com>
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docs/chapter_computational_complexity/time_complexity.md
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@ -1120,7 +1120,7 @@ $$
生物学的“细胞分裂”是指数阶增长的典型例子：初始状态为 $1$ 个细胞，分裂一轮后变为 $2$ 个，分裂两轮后变为 $4$ 个，以此类推，分裂 $n$ 轮后有 $2^n$ 个细胞。 生物学的“细胞分裂”是指数阶增长的典型例子：初始状态为 $1$ 个细胞，分裂一轮后变为 $2$ 个，分裂两轮后变为 $4$ 个，以此类推，分裂 $n$ 轮后有 $2^n$ 个细胞。
下图和以下代码模拟了细胞分裂的过程，时间复杂度为 $O(2^n)$ ： 下图和以下代码模拟了细胞分裂的过程，时间复杂度为 $O(2^n)$ 。请注意，输入 $n$ 表示分裂轮数，返回值 `count` 表示总分裂次数。
```src ```src
[file]{time_complexity}-[class]{}-[func]{exponential} [file]{time_complexity}-[class]{}-[func]{exponential}