Q: As the season progresses, Elsa befriends series protagonist Emma Swan, Emma and the series' central cast resolving the help Elsa find Anna. The group eventually discovers that a figure named the Snow Queen (a more faithful adaptation of the original fairy tale's character) is somehow responsible for Elsa's trapping in her urn, a woman with similar powers to Elsa. They soon discover that the Snow Queen is Elsa's aunt, Ingrid, who was forgotten from Arendelle when Elsa's mother, Gerda, used the power of the troll king to erase everyones memory of her, not wishing for the world to remember how Ingrid accidentally killed their third sister, Helga. Ingrid soon discovered a prophecy that stated she would one day have the love of her sisters again. With Ingrid's sisters dead however, she believed she would be forced to create new sisters. For this, she chose Emma and Elsa. Ingrid had stalked Emma her entire life in preparation for the prophecy to become true, and manipulated events in Arendelle to bring Elsa to her. Being convinced that she could only gain their love when she was the only one left, she obtained a mirror capable of bringing out the worst in people (the mirror coming directly from The Snow Queen fairy tale). If a piece of the mirror were to get in someones eye, they would see nothing but hatred in the world. Ingrid had planned to use this on everyone in Storybrooke (dubbed the Spell of Shattered Sight), forcing all of its citizens to kill each other while she, Emma, and Elsa remained immune. Ingrid had also used this to her advantage on Anna, forcing Anna to trap Elsa in the urn they originally found Elsa in.
Can we conclude that is elsa a villain in once upon a time?
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A: no
Sodium channels are integral membrane proteins that form ion channels, conducting sodium ions (Na) through a cell's plasma membrane. They are classified according to the trigger that opens the channel for such ions, i.e. either a voltage-change (''Voltage-gated'', ''voltage-sensitive'', or ''voltage-dependent'' sodium channel also called ''VGSCs'' or ''Nav channel'') or a binding of a substance (a ligand) to the channel (ligand-gated sodium channels).
are voltage-gated sodium channels always open?
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+++++
Answer: no
In October 2014, Marvel announced a two-part sequel to Avengers: Age of Ultron, titled Avengers: Infinity War. Part 1 was scheduled to be released on May 4, 2018, with Part 2 scheduled for May 3, 2019. In April 2015, Marvel announced that Anthony and Joe Russo would direct both parts of Avengers: Infinity War, with back-to-back filming expected to begin in 2016. The same month, Kevin Feige said the films would be two, distinct films ''because they (have) such shared elements, it felt appropriate... to (subtitle the films) like that. But I wouldn't call it one story that's cut in half. I would say it's going to be two distinct movies.'' By May 2015, Christopher Markus & Stephen McFeely signed on to write the screenplays for both parts of the film, which draws inspiration from Jim Starlin's 1991 ''The Infinity Gauntlet'' comic and Jonathan Hickman's 2013 ''Infinity'' comic. Anthony Russo added the film was inspired by 1990s heist films, with Thanos on ''on a smash-and-grab (to acquire the Infinity Stones), and everybody's trying to catch up the whole movie.'' In May 2016, the Russos revealed that they would be retitling the two films, to further remove the misconception that the films were one large film split in two, with Joe stating, ''The intention is we will change (the titles), we just haven't come up with (them) yet.'' That July, Marvel revealed the film's title would be shortened to simply Avengers: Infinity War.

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is infinity war going to be 2 parts?

A: yes
Problem: Text: The remainder of the expression is arrived at by finding an arbitrary point on the line. To do so, consider that any point in space may be written as r = c 1 n 1 + c 2 n 2 + ( n 1 n 2 ) (\displaystyle (\mathbf (r))=c_(1)(\mathbf (n))_(1)+c_(2)(\mathbf (n))_(2)+\lambda ((\mathbf (n))_(1) imes (\mathbf (n))_(2))) , since ( n 1 , n 2 , ( n 1 n 2 ) ) (\displaystyle \((\mathbf (n))_(1),(\mathbf (n))_(2),((\mathbf (n))_(1) imes (\mathbf (n))_(2))\)) is a basis. We wish to find a point which is on both planes (i.e. on their intersection), so insert this equation into each of the equations of the planes to get two simultaneous equations which can be solved for c 1 (\displaystyle c_(1)) and c 2 (\displaystyle c_(2)) .

Question: can one point be in two different planes?

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A: yes
IN: Is it true that is margin of error the same as confidence interval?

The margin of error is usually defined as the ''radius'' (or half the width) of a confidence interval for a particular statistic from a survey. One example is the percent of people who prefer product A versus product B. When a single, global margin of error is reported for a survey, it refers to the maximum margin of error for all reported percentages using the full sample from the survey. If the statistic is a percentage, this maximum margin of error can be calculated as the radius of the confidence interval for a reported percentage of 50%.

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OUT: no
What's the best answer to this question: does disney own the rights to harry potter?

OPTIONS:
- no
- yes
Answer:
no