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| Original link here: [[Gnaiger 2018 MiPschool Tromso A2]] Β | | Original link here: [[Gnaiger 2018 MiPschool Tromso A2]] Β |
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| | ''(Only one correct answer)'' |
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| '''Convert the molar format of the Gibbs force of reaction, ΞkFnO2 [kJ/mol], into the electrical format, ΞkFeO2 [V].''' | | '''Convert the molar format of the Gibbs force of reaction, ΞkFnO2 [kJ/mol], into the electrical format, ΞkFeO2 [V].''' |
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| Multiple choice - only one correct answer
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| <quiz display=simple shuffleanswers=true> | | <quiz display=simple shuffleanswers=true> |
| {Sample Question 1 | | {Which physicochemical constant is required? |
| |type="[]"} | | |type="[]"} |
| + The correct answer. | | + The correct answer. |
| Line 40: |
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| - Distractor. | | - Distractor. |
| - Distractor. | | - Distractor. |
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| {Which type of film editing do you want to learn?
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| |type="()"}
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| + Editing dramatic scenes.
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| || Wikiversity Film School offers a class in film editing.Β It will teach you
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| about editing conversations from dramatic scenes.
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| - Documentaries and event video.
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| || Wikiversity Film School does not teach documentary film editing.Β
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| This kind of film editing is very different from editing a scripted drama.Β
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| Therefore, you should '''not''' take the editing course.Β It will only
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| confuse you since the rules of narrative dialog editing are almost the exact
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| opposite of documentary film editing.
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| - Corporate Video and multimedia.
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| || Wikiversity Film School does not teach editing of corporate video.Β
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| This kind of film editing is very different from editing a scripted drama.Β
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| Therefore, you should '''not''' take this editing course.Β It will only
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| confuse you since the rules of narrative dialog editing are very different
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| from editing corporate video.
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| - Broadcast video.
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| || Wikiversity Film School does not teach broadcast video editing.Β
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| Using synced video camera which are switched in real time is very different
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| from editing film shot with a single camera from various camera angles.
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| </quiz>
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| This is a self quiz for the text [[b:Algebra/Grammar]]
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| <quiz display=simple points="1/1!">
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| {Which of the following could be a variable?
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| |type="()"}
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| -1
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| ||1 is a constant, because it represents a specific number
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| -2
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| ||2 is a constant, because it represents a specific number
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| -3
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| ||3 is a constant, because it represents a specific number
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| +a
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| ||'''a''' can be a variable, because it does not represents a specific number
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|
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| {If y=2x+4z-5k, which of the following does Y not depend on?
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| |type="()"}
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| -x
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| ||y is dependent on x
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| +y
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| ||y is not dependent on itself
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| -z
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| ||y is dependent on z
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| -k
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| ||y is dependent on k
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|
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| {Which variable is not the [[w:independent variable|independent variable]] in the following equation: x=2y+3z-5k
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| |type="()"}
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| +x
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| ||x is a dependent variable
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| -y
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| ||y is a independent variable
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| -z
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| ||z is a independent variable
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| -k
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| ||k is a independent variable
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|
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| {Which monomial is like 3x?
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| |type="()"}
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| -3y
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| ||If two monomials are "like", they can be added/subtracted
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| -2z
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| ||If two monomials are "like", they can be added/subtracted
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| -z
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| ||If two monomials are "like", they can be added/subtracted
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| +x
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| ||x and 3x can be added and subtracted from each other
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|
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| {Using the distributive property, which is equal to 5(3+2+10)
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| |type="()"}
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| -5(3)+2+10
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| ||2 and 10 must be multiplied by something
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| -5(3)+3(2)+2(10)
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| ||2 and 10 must be multiplied by 5
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| +5(3)+5(2)+5(10)
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| -15
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| ||15 must be multiplied by 5
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|
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| {Which set is a subset of the set {1, 3, 5, 7}
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| |type="()"}
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| -{1, 2, 3}
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| ||2 is not a member of the original set
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| -{1, 3, 5, 7, 9}
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| ||9 is not a member of the original set
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| -{1, 2, 3, 4 ...}
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| ||4 is not a member of the original set
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| +{3, 7}Β
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|
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| {Which is a member of the set of natural numbers?
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| |type="()"}
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| +6/3
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| ||6/3=2
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| -2/3
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| -1/2
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| -2.1
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| </quiz>
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| Return to [[College Algebra]]
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|
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| {{ABCD
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| |Question = Question goes here
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| |Atext = A text goes here
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| |Btext = B text goes here
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| |Ctext = C text goes here
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| |Dtext = D text goes here
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| |Aanswer = Answer for A goes here
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| |Banswer = Answer for B goes here
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| |Canswer = Answer for C goes here
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| |Danswer = Answer for D goes here
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| }}
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|
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| <div class="multilingual" style="background-color:#f7f8ff; text-align:justify; padding:5px; border:1px solid #8888aa; border-right-width:2px; border-bottom-width:2px; margin-bottom:2em" >
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|
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|
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| {{#switch:{{#expr:({{#time:U}} mod 3) + 1}}
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|
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| |1=
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| This is the visible part of the first flashcard
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| <div style="clear:both" class="NavFrame">
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| <div class="NavHead" align="{{{alignT|center}}}">''Solution''</div>
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| <div class="NavContent" style="display:none; text-align:left">
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| This is the hidden part of the first flashcard
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| </div>
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| <div class="NavEnd"> </div>
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| </div>
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|
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| |2=
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| This is the visible part of the second flashcard
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| <div style="clear:both" class="NavFrame">
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| <div class="NavHead" align="{{{alignT|center}}}">''Solution''</div>
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| <div class="NavContent" style="display:none; text-align:left">
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| This is the hidden part of the second flashcard
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| </div>
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| <div class="NavEnd"> </div>
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| </div>
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|
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| |3=
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| This is the visible part of the third flashcard
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| <div style="clear:both" class="NavFrame">
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| <div class="NavHead" align="{{{alignT|center}}}">''Solution''</div>
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| <div class="NavContent" style="display:none; text-align:left">
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| This is the hidden part of the third flashcard
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| </div>
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| <div class="NavEnd"> </div>
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| </div>
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| }}
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Self educational quizzes
motivational text............
For tips&tricks and detailed instructions about how to make a quiz visit:
|https://wikieducator.org/Help:Quiz/How_to_create_a_quiz_using_the_quiz_tool
|https://en.wikiversity.org/wiki/Test_and_Quiz
See exemplary quiz bellow
Exemplary Quiz
(Note: Questions in this exemplary quiz were used from a set of questions prepared by Gnaiger Erich for his presentation at MiPschool Tromso-Bergen 2018: The protonmotive force and respiratory control. 1. Coupling of electron transfer reactions to vectorial translocation of protons. 2. From Einsteinβs diffusion equation on gradients to Fickβs law on compartments.
Original link here: Gnaiger 2018 MiPschool Tromso A2
(Only one correct answer)
Convert the molar format of the Gibbs force of reaction, ΞkFnO2 [kJ/mol], into the electrical format, ΞkFeO2 [V].
<quiz display=simple shuffleanswers=true>
{Which physicochemical constant is required?
|type="[]"}
+ The correct answer.
|| Wikiversity Film School offers a class in film editing. It will teach you
about editing conversations from dramatic scenes.
- Distractor.
- Distractor.
- Distractor.
{Sample Question 2
|type="()"}
+ The correct answer.
- Distractor.
- Distractor.
- Distractor.
