Deployment Team/Resources/GuideXOGabon: Difference between revisions
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===Distance Activity=== | |||
====Activity Summary==== | |||
This activity is used to compute the distance between two computers. | |||
Students can measure distances to evaluate intervals between two points in | |||
school with the little green XO computer. Students organized in dyads should be placed | |||
so that the sound emitted simultaneously by each of the computers can be levied | |||
by the other so that the measured distance can be assessed. | |||
With a combination of activities, it is possible that the students use | |||
simultaneously and the Draw Distance. | |||
====Affordances of the activity==== | |||
* Students can measure the length to go to get from one point to another. | |||
* Students can measure the perimeter of the classroom. | |||
* Students can measure the distance to make a course in Education | |||
physical and sports (EPS) for example. | |||
* Students may draw together and assess the distance between two drawings. | |||
====Degree of centrality of the activity==== | |||
According to the curriculum of the fourth grade, the distance may be | |||
Central to the main concepts of teaching / learning | |||
characteristics to this grade level. The measured distances can then be | |||
used to calculate an area where a surface for example. The concepts | |||
distance measures have their place in mathematics, in the section of the | |||
geometry. | |||
Before the fourth year in Éveil 2nd year, and Draw Distance can be | |||
combined and become central when spatio-temporal structure. | |||
====Application pédagogique 1==== | |||
''Level of study'': 4th year | |||
''Knowledge'': The perimeter and the half-perimeter of the rectangle | |||
''Savoirfaire'': | |||
Measure or calculate problems in situations on the perimeter and demipérimètre Rectangle | |||
''History'': | |||
Reading and analysis of statements of problems involving the calculation of perimeter and | |||
half-perimeter of rectangular figures. (Eg the internal perimeter of the classroom to | |||
using the XO). | |||
Statement: Identify the lengths and widths of the class, and measure distances by means | |||
of XO. | |||
The teacher can arrange the class into dyads. | |||
Two different dyads, each with an XO computer, identifies a length and a | |||
width of the classroom, and carries through the measure of the distance. Each | |||
side of the class is measured using the XO. | |||
Both XO network engaged in the give a distance measure similar to a rule | |||
calibrated accurately. | |||
Students could then use these measurements to calculate the perimeter of the classroom. | |||
Collaboration in dyads: | |||
After displaying the remote computer screens, students share | |||
viewing results and agree to the distance restraint. | |||
====Application pédagogique 2==== | |||
''Level (s)'': 3rd grade of primary | |||
''Knowledge'': Metric, straight line | |||
''Savoirfaire'': | |||
Measure and compare several segments of existing right | |||
the environment in the home, in the classroom, in the schoolyard. | |||
''History'': | |||
Statement: Identify the distance measure, determine using the XO as provided by | |||
the protocol to use. Compare distances obtained on the computer screen and | |||
record the distances obtained in the Journal by naming them. | |||
Application: | |||
For example: the door of the class A, at the door of Class B: 10.11 meters. | |||
Measurements in the schoolyard can be plotted on the plan | |||
the school by pupils. | |||
Collaboration in dyads: | |||
Dyads distances are displayed on the screens of XO and agree to the | |||
actual distance. | |||
NB: Through this activity, teachers can help students develop skills to | |||
measure distances with the XO. | |||
====Pedagogical application 3==== | |||
''Level of study'': 2nd year of primary | |||
''Knowledge": spatio-temporal structure: in front, behind, before, ... next to, far, near, around. | |||
''Savoirfaire'': | |||
Draw and / or identify an object in relation to another, or a student. | |||
''History'': | |||
Simulation of role play where one student gives orders to another student using the | |||
terms: before, after, on ... near, far, after, for example around | |||
====User Guide of the Distance==== | |||
As a first step, it will ensure that the XO is connected to the same network | |||
meshed. To do this, see pages 8 and 9 of the Guide to the initiation and XO | |||
Sugar environment V.8.2. In the Home view, begin the activity by clicking | |||
the icon representing a dolphin. | |||
<image Home view> | |||
In the box Share with: select my neighborhood. Follow one of | |||
sharing procedures described on pages 16 and 17 of Getting Started in XO and | |||
Sugar environment V.8.2. The two connected XO activity can begin. Click | |||
Start far away. | |||
<image Distance screen> | |||
It is therefore the position of XO computers one side to another. Computers emit | |||
in turn a sound wave that can measure the distance between the two | |||
screens. This will be displayed on the screen. Ideally, the XO should be placed on the | |||
ground without any obstacles obstructing the sound emitted by the devices. Note that | |||
weather can also influence the measure. Therefore | |||
Atmosphere tab allows the student to enter the variables of temperature and humidity | |||
on so that the measures are as accurate as possible. | |||
<image Atmosphere toolbar> | |||
===Activity Measure=== | ===Activity Measure=== | ||
====Activity Summary==== | ====Activity Summary==== | ||