# Math02

From Voidwarranties - Hackerspace Antwerp, Belgium

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(Created page with "{{Event |Start date=2011/05/25 08:30:00 PM |End date=2011/05/25 10:00:00 PM |Location=Den Bunker |Type of event=Workshop |Category=Misc |Void org=Yes |Short description=We are go...") |
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{{Event | {{Event | ||

− | |Start date= | + | |Start date=2012/05/25 19:00:00 PM |

− | |End date= | + | |End date=2012/05/25 10:00:00 PM |

|Location=Den Bunker | |Location=Den Bunker | ||

− | |Type of event= | + | |Type of event=Meeting |

|Category=Misc | |Category=Misc | ||

|Void org=Yes | |Void org=Yes | ||

Line 9: | Line 9: | ||

An example of an equation is: 2x = 5. | An example of an equation is: 2x = 5. | ||

|Cost=0 | |Cost=0 | ||

− | |Logo= | + | |Logo=Math clock.jpg |

− | |Presenters=001, | + | |Presenters=001, |

+ | |Attendees=001,Koen | ||

}} | }} | ||

{{AgendaPoints | {{AgendaPoints | ||

− | |points= | + | |points=* gathering of attendees and introduction in front of the big whiteboard in the basement entrance |

+ | |||

Practice and discuss the following (to any attendees interested): | Practice and discuss the following (to any attendees interested): | ||

− | + | * commutativity, associativity, left-to-right, right-to-left and bracket ()[] priorities | |

− | + | ||

− | + | ||

+ | * solving equations | ||

}} | }} | ||

{{MeetingNotes}} | {{MeetingNotes}} | ||

− | |||

This meeting can only take place if there is someone to teach this math (Koert, for example). | This meeting can only take place if there is someone to teach this math (Koert, for example). | ||

− | Equations: | + | * Equations: |

With one unknown, two uknowns and possibly (but not likely) three unknowns. | With one unknown, two uknowns and possibly (but not likely) three unknowns. | ||

− | Commutativity: | + | * Commutativity: |

Mathematics . | Mathematics . | ||

a. | a. | ||

(of a binary operation) having the property that one term operating on a second is equal to the second operating on the first, as a × b = b × a. | (of a binary operation) having the property that one term operating on a second is equal to the second operating on the first, as a × b = b × a. | ||

− | Associativity: | + | * Associativity: |

Mathematics, Logic . | Mathematics, Logic . | ||

a. | a. | ||

(of an operation on a set of elements) giving an equivalent expression when elements are grouped without change of order, as ( a + b ) + c = a + ( b + c ). | (of an operation on a set of elements) giving an equivalent expression when elements are grouped without change of order, as ( a + b ) + c = a + ( b + c ). | ||

{{EventImages}} | {{EventImages}} |

## Latest revision as of 10:15, 25 May 2012

**Note:** this article is about a passed event.

Math02 |
---|

We are going to discuss, learn and practice equations.
An example of an equation is: 2x = 5. |

From 2012/05/25 19:00:00 PM to 2012/05/25 10:00:00 PM |

Presenters (1): |

001 |

Attendees (2): |

001, Koen |

Type: |

Meeting |

Category: |

Misc |

Location: |

Den Bunker |

Cost: |

0 |

# Agenda points

- gathering of attendees and introduction in front of the big whiteboard in the basement entrance

Practice and discuss the following (to any attendees interested):

- commutativity, associativity, left-to-right, right-to-left and bracket ()[] priorities

- solving equations

## Meeting notes

*Join note taking during the meeting: http://piratepad.be/p/VoidWarranties*

This meeting can only take place if there is someone to teach this math (Koert, for example).

- Equations:

With one unknown, two uknowns and possibly (but not likely) three unknowns.

- Commutativity:

Mathematics . a. (of a binary operation) having the property that one term operating on a second is equal to the second operating on the first, as a × b = b × a.

- Associativity:

Mathematics, Logic . a. (of an operation on a set of elements) giving an equivalent expression when elements are grouped without change of order, as ( a + b ) + c = a + ( b + c ).

Facts about Math02RDF feed

Has Category | Misc + |

Has Void org | true + |

Has attendee | 001 +, and Koen + |

Has attendee amount | 2 + |

Has cost | 0 + |

Has description | We are going to discuss, learn and practice equations. An example of an equation is: 2x = 5. |

Has end date | 25 May 2012 22:00:00 + |

Has event type | Meeting + |

Has location | Den Bunker + |

Has presenter | 001 + |

Has presenter amount | 1 + |

Has start date | 25 May 2012 19:00:00 + |