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In the context of compound interest growth, if the initial value is set to P, the growth rate of each period is R, and the formula for calculating the final value F after N periods is F = P (1+R) N. In this topic, we mainly pay attention to the increase multiple, so we can regard the initial value as 1, where the growth rate of each trading day is r = 1\% = 0.01, and the number of periods passed is n = 240 trading days.In the context of compound interest growth, if the initial value is set to P, the growth rate of each period is R, and the formula for calculating the final value F after N periods is F = P (1+R) N. In this topic, we mainly pay attention to the increase multiple, so we can regard the initial value as 1, where the growth rate of each trading day is r = 1\% = 0.01, and the number of periods passed is n = 240 trading days.\begin{align*}

Substituting r = 0.01 and n = 240 into the above formula, we can get:Therefore, the daily increase is 2%, and after 240 trading days, the increase is about 11,488.87 \%.We can use the formula for calculating the final value of compound interest to calculate the final increase under this continuous growth situation. The following are the specific steps:

Substituting r = 0.01 and n = 240 into the above formula, we can get:Step 1: Review the formula of compound interest final value.We can use the formula for calculating the final value of compound interest to calculate the final increase under this continuous growth situation. The following are the specific steps: