## InterA.SoccerGoalSim1 History

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- As you click and drag the slider point bottom towards the left, notice that the angle α of success increases and then it starts to decrease. Move the slider slowly and find the value of bottom that makes the angle α of success a maximum.

(With a goal size g=1 and a parallel side1=2.1 from the lower goal post, the maximum angle α is when bottom=2.55.)

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="750" height="330">

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/geogebra.jar" width="750" height="330">

<tr><td colspan=4>

<tr><td >

[table border=1 cellpadding=3 width=825]

[table border=1 cellpadding=3 width=100%]

[table border=1 cellpadding=3 width=825]

[table border=1 cellpadding=3 width=100%]

A Build your own Simulator Kit for Students - Everything Included! (links are at page bottom)

A Build your own Simulator Kit for Students - Everything Included! (links are at page bottom)

[]Statement of the Problem: A soccer player is running down the field in straight line parallel to the sideline. Where is he when his angle to the goal is at a maximum?

[]Statement of the Problem: A soccer player is running down the field in straight line parallel to the sideline. Where is he when the angle for making a goal is at a maximum?

[c]3-page printable directions for Basic GeoGebra Simulator pdf and

1-page printable directions for Scratch Simulator pdf

[c]10-page printable materials for Basic GeoGebra Simulator pdf and

2-page printable materials for Scratch Simulator pdf

4-page printable Word file with all: doc

12-page printable Word file with all: doc

- To reset: click on Attach:reset.jpg Δ in upper right corner.

- To reset: click on in upper right corner.

[]Statement of the Problem: A soccer player is running down the field in straight line parallel to the sideline. Where is he when his angle to the goal is at a maximum?

[]Statement of the Problem: A soccer player is running down the field in straight line parallel to the sideline. Where is he when his angle to the goal is at a maximum?

<param name="java_arguments" value="-Xmx1000m">

[c]3-page printable illustrated step-by-step directions for Basic GeoGebra Simulator pdf and

1-page printable illustrated step-by-step directions for Scratch Simulator pdf

[c]3-page printable directions for Basic GeoGebra Simulator pdf and

1-page printable directions for Scratch Simulator pdf

<table cellpadding=3 width="790>

<table cellpadding=3 width="790">

<table cellpadding=3>

<table cellpadding=3 width="790>

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="810" height="330">

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="750" height="330">

<table cellpadding=3>

<table cellpadding=3 width="790">

A Build your own Simulator Kit for Students - Everything Included! (links are at page bottom)

A Build your own Simulator Kit for Students - Everything Included! (links are at page bottom)

A Build your own Simulator Kit for Students - Everything Included!

A Build your own Simulator Kit for Students - Everything Included! (links are at page bottom)

[]Statement of the Problem: A soccer player is running down the field in straight line parallel to the sideline. Where is he when his angle to the goal is at a maximum?

[tableend]

[table border=1 cellpadding=3 width=825]

Zip includes directions, images, good questions with answers and completed simulators. Requires freeware GeoGebra and sunJava player.

[ width=110px] Global

[]Simulation of a Soccer Player Kicking Ball for Goal

[]Brief

[]InterActivity-Build your own Simulator of a Soccer

[]Grade

[]6 and up

[]Strand

[]Geometry and Measurement

[ width=110px] Global

[]Simulation of a Soccer Player Kicking Ball for Goal

[]Standard

[]CA6MG-2-3, ACT GR20-23, ACT PF20-23, ACT ME20-23,

[]Brief

[]InterActivity-Build your own Simulator of a Soccer

[]Keywords

[]angles, triangles, soccer, simulator, geogebra, scratch, dynamic, freeware, applet, offline, online

[]Grade

[]6 and up

[]Comments

[]1. Just getting started with this simulator. Please contact me if you have problems or ideas.

2. This is a build-upon simulator; students can add more features and math as they progress.

[]Strand

[]Geometry and Measurement

[]Credits

[]http://mathforum.org/sketchpad/goal.angle.html

[]Standard

[]CA6MG-2-3, ACT GR20-23, ACT PF20-23, ACT ME20-23,

[]Download

[]Download Zip

[]Keywords

[]angles, triangles, soccer, simulator, geogebra, scratch, dynamic, freeware, applet, offline, online

[]Author

[]LFS - contact

[]Comments

[]1. Just getting started with this simulator. Please contact me if you have problems or ideas.

2. This is a build-upon simulator; students can add more features and math as they progress.

[]Type

[]Freeware - Available for Offline Use - Translatable (html)

[]Credits

[]http://mathforum.org/sketchpad/goal.angle.html

[]Download

[]Download Zip

[row]

[]Author

[]LFS - contact

[row]

[]Type

[]Freeware - Available for Offline Use - Translatable (html)

[row]

[table border=1 cellpadding=3 width=825]

[]1. Just getting started with this simulator. Please contact me if you have problems or ideas.

This is a build-upon simulator; students can add more features and math as they progress.

2. This is a build-upon simulator; students can add more features and math as they progress.

[]Download Zip

[c]?-page printable illustrated step-by-step directions for Basic GeoGebra Simulator pdf and

?-page printable illustrated step-by-step directions for Scratch Simulator pdf

[c]3-page printable illustrated step-by-step directions for Basic GeoGebra Simulator pdf and

1-page printable illustrated step-by-step directions for Scratch Simulator pdf

?-page printable Word file with all: doc

4-page printable Word file with all: doc

[]7 and up

[]6 and up

[]This is a build-upon simulator

This is a build-upon simulator; students can add more features and math as they progress.

[c] 8-page printable illustrated step-by-step directions pdf and

5-page printable illustrated educator pages with answers pdf

[c]?-page printable illustrated step-by-step directions for Basic GeoGebra Simulator pdf and

?-page printable illustrated step-by-step directions for Scratch Simulator pdf

13-page printable Word file with all: doc

?-page printable Word file with all: doc

[]Simulations of a Soccer Player Kicking Ball for Goal

[]Simulation of a Soccer Player Kicking Ball for Goal

[]InterActivity-Build your own Simulators of a Soccer

[]InterActivity-Build your own Simulator of a Soccer

[]Algebra and Functions

[]Geometry and Measurement

[]

[]This is a build-upon simulator

[]zip

- To move a slider to step-by-step, click on the slider point
**once**without moving. It will glow. Use left/right arrow keys.

- To save, select command: File -> SaveAs.

- Click on the slider point
**once**without moving. It will glow. Use left/right arrow keys.

- Click on the slider point

- To save, select command: File -> SaveAs.

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="810" height="380">

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="810" height="330">

<param name="showAlgebraInput" value="true"/>

<param name="showAlgebraInput" value="false"/>

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="810" height="480">

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="810" height="380">

1. To reset: click on Attach:reset.jpg Δ in upper right corner.

- To reset: click on Attach:reset.jpg Δ in upper right corner.
- To move a slider to an exact value either:
- In the Input Bar (bottom left) type: variable=value (e.g. bottom=2.55) and hit Enter or
- Click on the slider point
**once**without moving. It will glow. Use left/right arrow keys.

2. To save, select command: File -> SaveAs.

3. To see the Algebra View, select command: View -> Algebra view

4. To see the Construction Protocol, select command: View -> Construction Protocol

- To save, select command: File -> SaveAs.
- To see the Algebra View, select command: View -> Algebra view
- To see the Construction Protocol, select command: View -> Construction Protocol

<param name="showMenuBar" value="true"/>

<param name="showToolBar" value="true"/>

<param name="showToolBarHelp" value="true"/>

<param name="showMenuBar" value="false"/>

<param name="showToolBar" value="false"/>

<param name="showToolBarHelp" value="false"/>

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="900" height="580">

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="810" height="480">

1. To change side distance, first adjust slider. Then click on

1. To change side distance, first adjust slider Start. Then click on

2. To return ball to player and move down the field - Click on Go!

3. To try kick again, first adjust slider Angle - Click on Kick.

**Go!**to start the Player. Press

**Space**to Stop Player. Adjust angle. Click on

**Kick**.

<applet id='ProjectApplet' style='display:block' code='ScratchApplet' codebase='http://mathcasts.org/mtwiki/uploads/Activity' archive='ScratchApplet.jar' height='387' width='482'><param name='project' value='http://mathcasts.org/gg/enliven/simulators/soccer/soccergoal1.sb'></applet>

<applet id='ProjectApplet' style='display:block' code='ScratchApplet' codebase='http://mathcasts.org/mtwiki/uploads/InterA/' archive='ScratchApplet.jar' height='387' width='482'>

<param name='project' value='soccergoal1.sb'>

</applet>

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="900" height="600">

<applet name="ggbApplet" code="geogebra.GeoGebraApplet" codebase="./" archive="http://www.geogebra.org/webstart/3.2/geogebra.jar" width="900" height="580">

<applet id='ProjectApplet' style='display:block' code='ScratchApplet' codebase='http://mathcasts.org/mtwiki/uploads/Activity' archive='ScratchApplet.jar' height='387' width='482'><param name='project' value='SoccerGoal1.sb'></applet>

<applet id='ProjectApplet' style='display:block' code='ScratchApplet' codebase='http://mathcasts.org/mtwiki/uploads/Activity' archive='ScratchApplet.jar' height='387' width='482'><param name='project' value='http://mathcasts.org/gg/enliven/simulators/soccer/soccergoal1.sb'></applet>