醜いモンゴロイド 17

醜いモンゴロイド 17 (724ﾚｽ)
上下前次 1-新

651: 2024/10/25(金)15:57 ID:0(651/724) AAS
母親や母親を信じる家族に固執している自分を客観視する。自分が友達だったらどう声をかけるか？

そんなお母さん虚言癖の病人だから放っておきな。そんな人を信じるあいるは信じるふりをするお父さんと妹さんもロクでもないよ。そんなお父さんと妹さんは放っておきな。

世界の皆が母を信じるかも知れない。

多分、世界の皆がお母さんを信じることは無いよ。君の話を聞いて、それはお母さんわざとかもねという人が人数で言えば世界にたくさんいるよ。

652: 2024/10/25(金)17:20 ID:0(652/724) AAS
社会的健康が精神的健康の土台

653: 2024/10/27(日)19:38 ID:0(653/724) AAS
・ロシア人だから凶暴でその理由はモンゴル人の血が混じってるからだ
・欧州の文明人と違うからレイプするんだ
ロシアが凶暴なレイプするモンゴル人（アジア人）だからだ
欧州ウクライナ人（白人）の仲間じゃねぇよと言ってんのが問題なんだよ

ナザレンコ・アンドリー@nippon_ukuraina
ロシアとは、キーウ公国（ウクライナ）がモンゴル帝国にレイプされたことによって生まれた国。
だから見た目だけは欧州っぽいけど、精神はチンギス・カンの覇権主義?世界征服主義そのもの。
民主主義国家との共通価値観は何一つもない。

↓大使館に抗議するぞと言われ意味不明な謝罪する

ナザレンコ・アンドリー@nippon_ukuraina
省13

654: 2024/10/28(月)08:39 ID:0(654/724) AAS
なんでアジア人の目ってこーんなに(つり目ジェスチャー付き)小さいの？ってニヤニヤしながら聞かれたから、
さぁねー白人が28歳(その尋ねた本人の年齢)だけど50歳くらいに見えるのと同じくらい謎だねーって言ったら怒られたんだけどww?
どんな脳みそしてんの？w
Twitterﾘﾝｸ:ponponfunny7

ちなみにその子はタイに住んでいる上に私が過去に何度か注意したにも関わらずこのジョークを
言ってくるので今回はキレてそう言っちゃたけどなんだか頭が良くなさそうなのでまた同じ事しそう。
いや、いつか現地の人とトラブルなるぞ！(そうなれ！このハゲw)
Twitterﾘﾝｸ:ponponfunny7

私も「あなたアジア人なのに賢いのね、素敵」って言われたから
「白人なのにアジア人褒めるなんて親切」って言ったらめちゃ不機嫌になられたことある
省3

655: 2024/10/28(月)20:23 ID:0(655/724) AAS
在日チョン専用モンゴルフィギュアｗｗｗ
画像ﾘﾝｸ[jpg]:i.imgur.com
画像ﾘﾝｸ[jpg]:i.imgur.com

656: 2024/11/03(日)00:07 ID:0(656/724) AAS
日本のぐちったー
外部ﾘﾝｸ:tters.jp

AMA9m2 5月3日
つい最近まで日本スゲー番組見て日本は尊敬されてる！ってホクホクしてたのに
円安で外国人観光客が増えたとたん日本が馬鹿にされてる！と慌ててヘイト始めたのマジ滑稽
外部ﾘﾝｸ:tters.jp

7WnIx/ 5月20日
学歴社会。エイジングハラスメントにルッキズム大国。整形大国。事ある毎に訴えてはお金取る国民性。
アレ？一昔前にそういう気質嫌っては大バッシングしてなかったっけ？？
結局自分達がやりたかっただけか…後追いで全部やってるじゃねーかよ
省5

657: 2024/11/14(木)21:33 ID:0(657/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

658: 2024/11/14(木)21:33 ID:0(658/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

659: 2024/11/15(金)13:08 ID:0(659/724) AAS
ohh...🤮

660: 2024/11/21(木)22:18 ID:0(660/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

661: 2024/12/01(日)19:26 ID:0(661/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

662: 2024/12/02(月)23:18 ID:0(662/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

663: 2024/12/04(水)04:36 ID:0(663/724) AAS
ようダウン症人種

664: 2024/12/09(月)20:24 ID:0(664/724) AAS
ネアンデルタールコーカソイド
人間なのか？

665: 2024/12/09(月)20:25 ID:0(665/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

666: 2024/12/21(土)23:26 ID:0(666/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

667: 2024/12/21(土)23:26 ID:0(667/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

668: 2024/12/21(土)23:27 ID:0(668/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

669: 2024/12/21(土)23:27 ID:0(669/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

670: 2024/12/21(土)23:28 ID:0(670/724) AAS
The relationship between time stopping and entropy is an interesting thought experiment, and there are many different interpretations and discussions. It is difficult to come up with a clear answer, and requires deep consideration of physics, philosophy, and the nature of time.

According to the law of increasing entropy, in a closed system, entropy always increases with time. This means that the system moves towards a more disordered and chaotic state. However, the concept of time stopping seems to contradict this law.

If time stops, all physical processes are thought to stop as well. In other words, everything that increases entropy, such as particle movement, chemical reactions, and heat conduction, stops.

There are several different ways of thinking about entropy in time stopping.

Entropy is constant: The idea is that time stopping stops the change in entropy and keeps it at a constant value. In this case, entropy neither increases nor decreases, and the system is said to be in a stationary state.
省3

上下前次 1-新書関写板覧索設栞歴

あと 54 ﾚｽあります
ｽﾚ情報赤ﾚｽ抽出画像ﾚｽ抽出歴の未読ｽﾚ AAｻﾑﾈｲﾙ

ぬこの手ぬこTOP 0.020s