Difference between revisions of "Alcumus"
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= General Idea = | = General Idea = | ||
Alcumus is a free, educational system that asks questions from the AoPS staff, books, or external contests. AoPS encourages students to use the system. | Alcumus is a free, educational system that asks questions from the AoPS staff, books, or external contests. AoPS encourages students to use the system. | ||
| − | AoPS generates high-quality | + | AoPS generates high-quality solutions for the students to learn and to do similar problems easily. |
| + | |||
= Alcumus Subjects = | = Alcumus Subjects = | ||
| + | * [[Prealgebra]] | ||
* [[Algebra]] | * [[Algebra]] | ||
| − | * [[ | + | *[[Geometry]] |
*[[Number Theory]] | *[[Number Theory]] | ||
| − | * [[ | + | * Counting and [[Probability]] |
| + | * Intermediate Algebra | ||
| + | * Precalculus | ||
Within each subject there are many topics to set as a [[Focus Topic]] to deepen the knowledge of that topic. You can also follow a book from AoPS, use "All Available Topics" or "Let Alcumus Choose a Topic". | Within each subject there are many topics to set as a [[Focus Topic]] to deepen the knowledge of that topic. You can also follow a book from AoPS, use "All Available Topics" or "Let Alcumus Choose a Topic". | ||
| − | You can also get secret honors and quests. They can give you, but beware, can take away XP. The secret honors are secret and when you get them you most probably won't know why. There are also secret honors which you can get because of performing badly which can take away XP. The quests are missions that | + | You can also get secret honors and quests. They can give you XP, but beware, they can also take away XP. The secret honors are secret and when you get them you most probably won't know why. There are also secret honors which you can get because of performing badly which can take away XP. The quests are missions that must be done in a limited amount of time to earn. There is a log at the bottom left. It shows recent problems you've done, along with you and your friend's achievements, quests, completion/mastery of topics, and level ups. If you click on a problem you've done in the log, you can see its solution again. |
= Notations & Rules= | = Notations & Rules= | ||
| − | AoPS | + | AoPS has a special syntax for entering special types of characters in your answers. Examples of common forms of answers are shown below: |
To input a fraction, type x/y where x is the numerator and y is the denominator. | To input a fraction, type x/y where x is the numerator and y is the denominator. | ||
| Line 26: | Line 30: | ||
where x is the radicand (that is, the number inside the radical). | where x is the radicand (that is, the number inside the radical). | ||
| + | You can also type sqrt(x) for a square root. | ||
| + | |||
| + | To type cube roots, you can type either \sqrt[3]{x} or cbrt(x) or sqrt[3](x). | ||
| + | |||
| + | For roots higher than the cube root, type \sqrt[x]{y} or sqrt[x](y). | ||
To input <math>\pi</math> type: | To input <math>\pi</math> type: | ||
\pi | \pi | ||
| Line 34: | Line 43: | ||
A mixed fraction should only be used when the problem specifically asks for a mixed fraction. These should be entered as X y/z, such as: | A mixed fraction should only be used when the problem specifically asks for a mixed fraction. These should be entered as X y/z, such as: | ||
5 1/3 | 5 1/3 | ||
| − | + | or | |
| + | 5\frac{1}{3} | ||
Coefficients of variables should be written without the multiplication sign: | Coefficients of variables should be written without the multiplication sign: | ||
3x | 3x | ||
| Line 43: | Line 53: | ||
x^2 | x^2 | ||
| − | Scientific notation should be entered as x * 10^y. | + | Scientific notation should be entered as x*10^y or x\cdot10^y. |
| − | 6.02 * 10^-23 | + | 6.02*10^-23 |
Occasionally you will encounter multiple choice problems. Simply enter the correct letter for these problems. | Occasionally you will encounter multiple choice problems. Simply enter the correct letter for these problems. | ||
| Line 56: | Line 66: | ||
Do not do any intermediate rounding. Any rounding should be done at the end of the calculation process. (Only round if the problem asks you to round.) | Do not do any intermediate rounding. Any rounding should be done at the end of the calculation process. (Only round if the problem asks you to round.) | ||
| − | |||
| − | |||
If the answer is a polynomial, put your answer in decreasing degree order. For example, use x^2+3x+2 instead of 3x+2+x^2. | If the answer is a polynomial, put your answer in decreasing degree order. For example, use x^2+3x+2 instead of 3x+2+x^2. | ||
= External Links = | = External Links = | ||
| − | [http://www.artofproblemsolving.com/Alcumus/Instructions.php](Be sure to | + | [http://www.artofproblemsolving.com/Alcumus/Instructions.php| Instructions] (Be sure to login before using!) |
| + | |||
| + | [http://www.artofproblemsolving.com/Alcumus/Problem.php|Get Problem] | ||
| − | [http://www.artofproblemsolving.com/ | + | [http://www.artofproblemsolving.com/Videos/index.php|AOPS Videos] |
| − | [ | + | [[Category:Art of Problem Solving]] |
Latest revision as of 22:10, 30 August 2024
General Idea
Alcumus is a free, educational system that asks questions from the AoPS staff, books, or external contests. AoPS encourages students to use the system. AoPS generates high-quality solutions for the students to learn and to do similar problems easily.
Alcumus Subjects
- Prealgebra
- Algebra
- Geometry
- Number Theory
- Counting and Probability
- Intermediate Algebra
- Precalculus
Within each subject there are many topics to set as a Focus Topic to deepen the knowledge of that topic. You can also follow a book from AoPS, use "All Available Topics" or "Let Alcumus Choose a Topic".
You can also get secret honors and quests. They can give you XP, but beware, they can also take away XP. The secret honors are secret and when you get them you most probably won't know why. There are also secret honors which you can get because of performing badly which can take away XP. The quests are missions that must be done in a limited amount of time to earn. There is a log at the bottom left. It shows recent problems you've done, along with you and your friend's achievements, quests, completion/mastery of topics, and level ups. If you click on a problem you've done in the log, you can see its solution again.
Notations & Rules
AoPS has a special syntax for entering special types of characters in your answers. Examples of common forms of answers are shown below:
To input a fraction, type x/y where x is the numerator and y is the denominator. 5/6
You can also input this fraction with the LaTeX code for fractions: \frac{5}{6}
To input a square root type \sqrt{x} where x is the radicand (that is, the number inside the radical).
You can also type sqrt(x) for a square root.
To type cube roots, you can type either \sqrt[3]{x} or cbrt(x) or sqrt[3](x).
For roots higher than the cube root, type \sqrt[x]{y} or sqrt[x](y).
To input 
type:
\pi
A coordinate pair should be entered as (x,y). For example: (4.2,5.2)
A mixed fraction should only be used when the problem specifically asks for a mixed fraction. These should be entered as X y/z, such as: 5 1/3 or 5\frac{1}{3} Coefficients of variables should be written without the multiplication sign: 3x
Multipliers with square roots should be written without the multiplication sign. For example, write 
as
3\sqrt{5}
Powers should be entered with the caret (^) sign. For example, type x squared as
x^2
Scientific notation should be entered as x*10^y or x\cdot10^y. 6.02*10^-23
Occasionally you will encounter multiple choice problems. Simply enter the correct letter for these problems.
Take note of the following for answering problems:
Probabilities, decimal values, and ratios should always be expressed as simplified common fractions unless otherwise specified.
Units of measurement should not be included in your answers. This includes dollar signs.
Do not do any intermediate rounding. Any rounding should be done at the end of the calculation process. (Only round if the problem asks you to round.)
If the answer is a polynomial, put your answer in decreasing degree order. For example, use x^2+3x+2 instead of 3x+2+x^2.
External Links
Instructions (Be sure to login before using!)
