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Clash Royale CLAN TAG #URR8PPP up vote 0 down vote favorite 1 $$int_0^1 (1+(x^-p-1)^1-p)^frac1pdx, pin mathbbR, pge 1$$ I find that $x=0,1$ are singular points(discontinuous points of this integral), is there a way to eliminate those singular points to make sure that this integral can be calculated by hand or by Taylor approximations. In either cases, what are those steps of calculating the integral? calculus real-analysis analysis approximation share | cite | improve this question edited Sep 11 at 5:07 asked Sep 11 at 4:48 Mclalalala 126 8 1 What is $p$? Please give more information to make it complete. – xbh Sep 11 at 5:02 @xbh already fixed it, thanks for reminding. – Mclalalala Sep 11 at 5:10 Seems that $0$ is not singular here… [I might compute wrong] – xbh Sep 11 at 5:30 @xbh can you show me how to get the close formula for the integral ab...

up vote 0 down vote favorite My code workes perfectly for other queries, but for one query I am infinitely getting the same tweet. I can't understand what the problem is. API call: query='Allergic asthma OR Nonallergic asthma OR Occupational asthma OR EIB OR Exercise-induced bronchoconstriction OR Nocturnal asthma OR Cough-variant asthma' new_tweets = api.search(q=searchQuery, count=100, since_id=since_id, lang='en',tweet_mode='extended') if not new_tweets: print("No more tweets found") break for tweet in new_tweets: if True: print(jsonpickle.encode(tweet._json, unpicklable=False)) my_file = open('searchTweets.txt','a') my_file.write(jsonpickle.encode(tweet._json, unpicklable=False)+'n') my_file.close() else: continue Output in file: https://pastebin.com/JmRCsTeE These are the JSONs of the same Tweet. Other queries that work: Breast cancer OR Prostate cancer OR Colon cancer OR Lung cancer Type 2 dia...

Not to be confused with Calcification. The IUPAC defines calcination as "heating to high temperatures in air or oxygen". [1] However, calcination is also used to mean a thermal treatment process in the absence or limited supply of air or oxygen applied to ores and other solid materials to bring about a thermal decomposition. A calciner is a steel cylinder that rotates inside a heated furnace and performs indirect high-temperature processing (550–1150 °C, or 1000–2100 °F) within a controlled atmosphere. [2] Contents 1 Industrial processes 2 Research 3 Reactions 4 Oxidation 5 Alchemy 6 References Industrial processes An oven for calcination of limestone The process of calcination derives its name from the Latin calcinare (to burn lime) [3] due to its most common application, the decomposition of calcium carbonate (limestone) to calcium oxide (lime) and carbon dioxide, in order to create cement. The product of calcination is usually referred to in ...

Clash Royale CLAN TAG #URR8PPP up vote 0 down vote favorite 1 I need help solving the following problem: Four cars A,B,C,D are moving at constant speeds on the same road (not necessarily in the same direction). Car A passed car B at 8 a.m. and car C at 9 a.m. Car A met car D at 10 a.m. Car D met car B at 12 p.m. and car C at 2 p.m. What time did car B pass car C? Clarifications: all times occur in one day What I have worked out so far: I have determined that Car A,B, and C are traveling in one direction, while car D is traveling in the other direction. Car B must have passed car C in between the hours of 10 a.m. and 12 p.m. I think I need to find the speed of the cars and then work from there, but I am not sure. Thanks for your help in advance algebra-precalculus kinematics share | cite | improve this question edited Sep 11 at 11:04 Henning Makholm 234k 16 299 532 asked Sep 11 at 4:59 user490890 I don't see why C has ...