김시훈아 화이팅!

Let's Add your favorite members and Cheering them 🎉
| Start Date | May 3, 2019 |
| End Date | Jul 19, 2019 |
| Host Nation | 🇰🇷 |
김시훈아 화이팅!
1番好きだよ! 私の1pick~!!
キムシフンふぁいてぃん💗💭
KYH_KSH
3 years ago
Yohan. Fighting ♥️
真宙くんおはようございます🌞Breakoutに賞賛の嵐😆昨日はHappydayでした。今日も素敵💕な一日になりますように。
올리브
3 years ago
いつも見ています🎵
素敵
真宙くんおはようございます☁️真宙くんに朝の挨拶が出来る今がある事が素敵だなぁーと思います😊
#BUGVEL #MAHIRO #日高真宙
マヒロくんおはようございます。お花の水やり終了。大好きな時間です。Have a happy time
真宙くんおはようございます。
今日からdreamgate01用マヒTシャツを作ります。おたのしみにー。
マヒロくんおはようございます。
今日もこれから雨らしいですね。色々な雨音を楽しみましょうね。
Thank you for visiting KPOP JUICE!!.
Coming soon ...
The translation of the tweet is: "0x8c29d09b20369a0c0e4d90a2572a9243d5da4444 It's about to explode... I've been shouting about it all day..."

#NumberTheory Personally, I think the approach of demonstrating lim sin x/x = 1 through the area of a sector, as found in the current high school mathematics III textbooks, is an old method from Cauchy over 200 years ago, and it might be time to retire it. It would be better to change the approach to starting from displaying the length of a unit circle arc using the integral of the speed of (x(t), y(t)) = (√(1-t²), t).

The tweet translates to: "Since f is monotonically increasing in the broad sense for ym_n ≦ (c^n)x, we have f((c^n)x) ≧ f(ym_n). Since f((c^n)x) = c^n f(x) ≧ f(ym_n) ≧ m_n f(y), it follows that f(x) ≧ (m_n/c^n) f(y). The definition of m_n is given by (c^n)x/y - 1 < m_n ≦ (c^n)x/y, which implies x/y - 1/c^n < m_n/c^n < x/y. Therefore, by the squeeze theorem, lim[n→∞] m_n/c^n = x/y."

The translation of the Japanese tweet text to English is: "Let k = lim(x→∞) f(x)/x ∈ [0,∞]. From f(cx) = cf(x), we have ∀n ∈ Z, f(c^nx) = c^n f(x), so f(c^nx)/(c^nx) = f(x)/x (∀x > 0, ∀n ∈ Z). As n approaches ∞, we find k = f(x)/x (∀x > 0). From this, we can conclude that k < ∞ and f(x) = kx (∀x > 0)."

Here is the translation of the Japanese tweet text to English: "[Proof] It is clear that f is monotonically non-decreasing in the broad sense. For any t > 0, for x ≥ t, we have f(x) ≥ f([x/t]t) ≥ [x/t]f(t) > (x/t - 1)f(t). Therefore, f(x)/x ≥ (1/t - 1/x)f(t). Taking the lim inf as x approaches infinity on both sides gives us lim inf (x→∞) f(x)/x ≥ f(t)/t. Since t > 0 is arbitrary, taking the lim sup as t approaches infinity shows that lim (x→∞) f(x)/x exists in the range [0, ∞]."

"I want to see the entire production of BIFAR by Da-iCE, and I also want to see the entire production of Da-iCE by BE:FIRST."

The translation of the tweet is: "It's extremely popular, this token is worth ambushing."

It seems that Kudo-san is starting to get serious, which might be tough. Their singing voice is too melodic! Wowwwww! 🙂↕️🫧 Although they are often recognized as a performer of Da-iCE 🎲, they are also a vocalist and an all-around entertainer 🎤. They are a multi-tasker involved in songwriting, composing, providing music, and producing. Kudo-san (respect) [link to Instagram].

The translation of the tweet is: "Extremely popular, this token is worth ambushing."

The president really trusts Da-iCE, especially Kudo-san... When I thought about producing the vocal group myself, I couldn't help but think about the journey of the juniors who were nearby and haven't been rewarded much.

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Let's Add my favorite members and Cheering them!

시훈아 생일축하해!! 너무너~무 사랑해♡