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發問:
寫出e的用途 不要抄website,因為不明!! 更新: 不要只有兩三句 更新 2: e is "common log" 更新 3: 再答D廢話既就會被檢舉
最佳解答:
我只知e可以用在 1+1/2+1/3+1/4+........1/n=什麼上 1+1/2+1/3+1/4+........1/n=0.5772156649 + ln(n) ln(n)在計數機上有 即 log n / log e 0.5772156649是一無窮小數(オイラー数 γ 0.5772156649 )
其他解答:
The first number to be proven transcendental, without having been specifically constructed, was e. The proof is not difficult to be understood even for F.5 students. (Transcendental number, 超越數) The power of e and logarithm of e arise naturally in many physical science. In fact, the power of e, f(x)=e^x , is a very nice function since it remains unchanged upon differentiation (微分). Besides, any function describing degeneracy (衰退) is of the form g(x) =Ae^(-Bx) where A and B are positive constants.|||||我諗ｅ＝代數~~
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寫出e的用途發問:
寫出e的用途 不要抄website,因為不明!! 更新: 不要只有兩三句 更新 2: e is "common log" 更新 3: 再答D廢話既就會被檢舉
最佳解答:
我只知e可以用在 1+1/2+1/3+1/4+........1/n=什麼上 1+1/2+1/3+1/4+........1/n=0.5772156649 + ln(n) ln(n)在計數機上有 即 log n / log e 0.5772156649是一無窮小數(オイラー数 γ 0.5772156649 )
其他解答:
The first number to be proven transcendental, without having been specifically constructed, was e. The proof is not difficult to be understood even for F.5 students. (Transcendental number, 超越數) The power of e and logarithm of e arise naturally in many physical science. In fact, the power of e, f(x)=e^x , is a very nice function since it remains unchanged upon differentiation (微分). Besides, any function describing degeneracy (衰退) is of the form g(x) =Ae^(-Bx) where A and B are positive constants.|||||我諗ｅ＝代數~~
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