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WikiCards · Card list · Science cards · Numerical methods for ordinary differential equations
Uncommon card · Science
Numerical methods for ordinary differential equations, an Uncommon card
Numerical methods for ordinary differential equations are methods used to find numerical approximations to the solutions of ordinary differential equations.
- Rarity
- Uncommon
- Domain
- Science
- ATK
- 69
- DEF
- 50
- Power
- 119
- Wikipedia reads a year
- 29,000
Power 119 (ATK + DEF): stronger than 55 % of WikiCards cards.
Numerical methods for ordinary differential equations quiz: 3 questions
Three questions on the Numerical methods for ordinary differential equations card, the way WikiCards duels ask them. Pick an answer, the facts are just below.
Find the missing word
Many differential equations cannot be ______ exactly.
Answer
solved. Many differential equations cannot be solved exactly. From the Numerical methods for ordinary differential equations article on Wikipedia.
Which of these cards hits hardest (highest ATK)?
Answer
Numerical methods for ordinary differential equations. Numerical methods for ordinary differential equations 69 · Hermann Ebbinghaus 65 · Dioscorides 62 · Ball gown 56 ATK in WikiCards.
In a duel, each round asks a question like these about the opposing card, with 15 seconds to answer.
The facts on the card
The card carries these facts from its Wikipedia article.
- Their use is also known as "numerical integration", although this term can also refer to the computation of integrals.
- Many differential equations cannot be solved exactly.
- For practical purposes, however, a numerical approximation to the solution is often sufficient.
Why it is Uncommon
Rarity in WikiCards follows a year of Wikipedia page views: the most read articles become Epic and Legendary cards. The Numerical methods for ordinary differential equations article was read about 29,000 times in a year. ATK comes from the length of the article and DEF from its quality, so this card hits with 69 and blocks with 50: each hit it takes is cut by 20 %.
How to get Numerical methods for ordinary differential equations
Open packs. Each pack holds five cards drawn from real Wikipedia articles, the rarest last, and the fifth card is always Rare or better. The odds are shown in the game. A free pack arrives every hour and two can wait, and the Coins you win in duels buy more packs.
More Science cards
Cards close in power
The cards just above and just below Numerical methods for ordinary differential equations in the power ranking, all domains together.
- Andreas GurskyUncommon · Arts · ATK 66 DEF 53
- Henri Fantin-LatourUncommon · Arts · ATK 66 DEF 53
- Lorenzo CainUncommon · Society · ATK 66 DEF 53
- Ball gownUncommon · Society · ATK 56 DEF 63
- DioscoridesUncommon · Science · ATK 62 DEF 57
- Johannes Diderik van der WaalsUncommon · Science · ATK 67 DEF 52
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Credits
Text : Wikipedia, Numerical methods for ordinary differential equations (revision), CC BY-SA 4.0. Photo : Krishnavedala, CC0, Wikimedia Commons.
