Snake Game - Revision history

Rosalia at 04:44, 15 October 2009

2009-10-15T04:44:39Z

WikiAdmin: 1 revision

2009-07-20T04:03:39Z

1 revision

WikiAdmin at 20:00, 19 July 2009

2009-07-19T20:00:00Z

WikiAdmin at 05:11, 1 March 2009

2009-03-01T05:11:07Z

WikiAdmin at 04:36, 24 October 2008

2008-10-24T04:36:45Z

WikiAdmin at 04:36, 24 October 2008

2008-10-24T04:36:24Z

WikiAdmin at 04:33, 24 October 2008

2008-10-24T04:33:39Z

WikiAdmin: /* Snake Game */

2008-09-27T19:08:53Z

‎Snake Game

WikiAdmin: /* Snake Game */

2008-09-27T19:08:09Z

‎Snake Game

WikiAdmin: /* Snake Game */

2008-09-27T19:01:44Z

‎Snake Game

@@ Line 12: / Line 12: @@
 === Preparation  ===
 <br>
 === Presentation  ===
@@ Line 20: / Line 20: @@
 #Then directress says, "Now we are going to make a snake with the colored beads" and she takes any of the colored beads at random and starts to lay out a snake..
 #Then the Directress explain to the child that "we are going to change the Colored Snake to a Golden Snake, using the Golden Ten Bead Bars"
-#The Directress begins to count to 10. If the colored Bead bars are 4,2,8,...beads. The tenth Bead will be reached on the fourth bead of the Eight Bead Bar, leaving 4 over. The Directress puts a marker in place at the end o the tenth bead, removes the 4,2 and 8 bead bars and places them on the lids. She then replaces them with one golden Ten bead Bar and a 4 from the Black and White Bead Bars.
+#The Directress begins to count to 10. If the colored Bead bars are 4,2,8,...beads.
-#Directress then proceeds to count the next 10, starting from the Black and White Beads. The whole idea is to replace every ten bead with a Golden Ten Bead Bar and the remainder units with the Black and White Bead Bars.
+#The tenth Bead will be reached on the fourth bead of the Eight Bead Bar, leaving 4 over.
-#At the final stage, the exercise would have been carried out correctly if the whole snake has turned golden. If not, that means there was an error that had occurred in the process of the exercise.
+#The Directress puts a marker in place at the end o the tenth bead, removes the 4,2 and 8 bead bars and places them on the lids.
 #When the above exercise has completed, the Directress then proceeds to this exercise, saying "Now we check to make sure all the numbers add up to 10".
 #She lay out all the Golden Bead Bars.
-#The Directress takes a Nine Bead Bar, says "This is nine, we need one more to make ten" and she takes a One Bead Bar, place them together next to the first Golden Ten Bead Bar. She then takes a One Bead Bar and says, "This is one, we need nine more to make ten" and she takes a Nine Ten Bead Bar, place them together beside the next Golden Ten bead Bar.
+#The Directress takes a Nine Bead Bar, says "This is nine, we need one more to make ten" and she takes a One Bead Bar, place them together next to the first Golden Ten Bead Bar.
 #She continues to do the same for 8 and 2, 2 and 8, 7 and 3, 3 and 7, ....etc.
@@ Line 34: / Line 40: @@
 === Points Of Interest  ===
 <br>
 === Purpose  ===
@@ Line 43: / Line 49: @@
 === Variation  ===
 <br>
 === Handouts/Attachments  ===
 <br>
 === Links  ===
-[http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]<br> [http://www.montessorimaterials.org/Math/PSG2stream.wmv Positive Snake Game 2 - Using the Black and White Remainder Bead Stair]<br> [http://www.montessorimaterials.org/Math/PSG3stream.wmv Positive Snake Game 3 - Random Problem]<br> [http://www.montessorimaterials.org/Math/SSG1stream.wmv Subtraction Snake Game]<br> [http://www.montessorimaterials.org/Math/NSG1stream.wmv Negative Snake Game 1 - Making Negative Tens]<br> [http://www.montessorimaterials.org/Math/SGProblemstream.wmv Negative Snake Game Problem - Snake Game with Positive and Negative Beads - Random Problem]<br>
+[http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]<br>[http://www.montessorimaterials.org/Math/PSG2stream.wmv Positive Snake Game 2 - Using the Black and White Remainder Bead Stair]<br>[http://www.montessorimaterials.org/Math/PSG3stream.wmv Positive Snake Game 3 - Random Problem]<br>[http://www.montessorimaterials.org/Math/SSG1stream.wmv Subtraction Snake Game]<br>[http://www.montessorimaterials.org/Math/NSG1stream.wmv Negative Snake Game 1 - Making Negative Tens]<br>[http://www.montessorimaterials.org/Math/SGProblemstream.wmv Negative Snake Game Problem - Snake Game with Positive and Negative Beads - Random Problem]<br>
-[[Category:Mathematics]][[Category:Mathematics_3-6]]
+[[Category:Mathematics]] [[Category:Mathematics_3-6]]

← Older revision		Revision as of 20:00, 19 July 2009
Line 53:		Line 53:
	[http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]<br> [http://www.montessorimaterials.org/Math/PSG2stream.wmv Positive Snake Game 2 - Using the Black and White Remainder Bead Stair]<br> [http://www.montessorimaterials.org/Math/PSG3stream.wmv Positive Snake Game 3 - Random Problem]<br> [http://www.montessorimaterials.org/Math/SSG1stream.wmv Subtraction Snake Game]<br> [http://www.montessorimaterials.org/Math/NSG1stream.wmv Negative Snake Game 1 - Making Negative Tens]<br> [http://www.montessorimaterials.org/Math/SGProblemstream.wmv Negative Snake Game Problem - Snake Game with Positive and Negative Beads - Random Problem]<br>		[http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]<br> [http://www.montessorimaterials.org/Math/PSG2stream.wmv Positive Snake Game 2 - Using the Black and White Remainder Bead Stair]<br> [http://www.montessorimaterials.org/Math/PSG3stream.wmv Positive Snake Game 3 - Random Problem]<br> [http://www.montessorimaterials.org/Math/SSG1stream.wmv Subtraction Snake Game]<br> [http://www.montessorimaterials.org/Math/NSG1stream.wmv Negative Snake Game 1 - Making Negative Tens]<br> [http://www.montessorimaterials.org/Math/SGProblemstream.wmv Negative Snake Game Problem - Snake Game with Positive and Negative Beads - Random Problem]<br>

−	[[Category:Mathematics]]	+	[[Category:Mathematics]][[Category:Mathematics_3-6]]

@@ Line 1: / Line 1: @@
 === Age  ===
@@ Line 13: / Line 11: @@
 === Preparation  ===
 <br>

@@ Line 13: / Line 13: @@
 === Preparation  ===
 === Presentation  ===
@@ Line 33: / Line 34: @@
 === Points Of Interest  ===
 <br>
@@ Line 41: / Line 43: @@
 === Variation  ===
 <br>
 === Handouts/Attachments  ===
 <br>
@@ Line 49: / Line 53: @@
 [http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]<br> [http://www.montessorimaterials.org/Math/PSG2stream.wmv Positive Snake Game 2 - Using the Black and White Remainder Bead Stair]<br> [http://www.montessorimaterials.org/Math/PSG3stream.wmv Positive Snake Game 3 - Random Problem]<br> [http://www.montessorimaterials.org/Math/SSG1stream.wmv Subtraction Snake Game]<br> [http://www.montessorimaterials.org/Math/NSG1stream.wmv Negative Snake Game 1 - Making Negative Tens]<br> [http://www.montessorimaterials.org/Math/SGProblemstream.wmv Negative Snake Game Problem - Snake Game with Positive and Negative Beads - Random Problem]<br>
 [[Category:Mathematics]]

@@ Line 1: / Line 1: @@
-== Snake Game ==
+== Snake Game  ==
-=== Age ===
+=== Age  ===
 -6
-=== Materials ===
+=== Materials  ===
 #A box containing one Black and White Short Bead Stair.
 #A box containing 2 Colored short Bead Stairs.
 #A box containing a minimum of 9 Ten Bead Bars.
 #A small felt mat to work on the table.
-=== Preparation ===
+=== Preparation  ===
-=== Presentation ===
+=== Presentation  ===
 #Directress shows the child how to make a triangle with the Black and White Bead stair, saying "This is how we make the triangle".
 #Directress invites the child to build the 2 sets of Colored Beads into triangles.
 #Then directress says, "Now we are going to make a snake with the colored beads" and she takes any of the colored beads at random and starts to lay out a snake..
 #Then the Directress explain to the child that "we are going to change the Colored Snake to a Golden Snake, using the Golden Ten Bead Bars"
 #The Directress begins to count to 10. If the colored Bead bars are 4,2,8,...beads. The tenth Bead will be reached on the fourth bead of the Eight Bead Bar, leaving 4 over. The Directress puts a marker in place at the end o the tenth bead, removes the 4,2 and 8 bead bars and places them on the lids. She then replaces them with one golden Ten bead Bar and a 4 from the Black and White Bead Bars.
 #Directress then proceeds to count the next 10, starting from the Black and White Beads. The whole idea is to replace every ten bead with a Golden Ten Bead Bar and the remainder units with the Black and White Bead Bars.
 #At the final stage, the exercise would have been carried out correctly if the whole snake has turned golden. If not, that means there was an error that had occurred in the process of the exercise.
 #When the above exercise has completed, the Directress then proceeds to this exercise, saying "Now we check to make sure all the numbers add up to 10".
 #She lay out all the Golden Bead Bars.
 #The Directress takes a Nine Bead Bar, says "This is nine, we need one more to make ten" and she takes a One Bead Bar, place them together next to the first Golden Ten Bead Bar. She then takes a One Bead Bar and says, "This is one, we need nine more to make ten" and she takes a Nine Ten Bead Bar, place them together beside the next Golden Ten bead Bar.
 #She continues to do the same for 8 and 2, 2 and 8, 7 and 3, 3 and 7, ....etc.
-=== Control Of Error ===
+=== Control Of Error  ===
 The Black and White Bead Stair provides a control of error when the child changes Colored Beads for Golden Beads.&nbsp; (One of the lids is used to hold, and later check, the Beads removed from the snake).
-=== Points Of Interest ===
+=== Points Of Interest  ===
-=== Purpose ===
+=== Purpose  ===
 *Prepare the child for addition.
 *Indirect preparation to Number Bonds and commutative law.
-=== Variation ===
+=== Variation  ===
-=== Links ===
+=== Handouts/Attachments  ===
 [[Category:Mathematics]]

← Older revision	Revision as of 04:03, 20 July 2009
(No difference)

@@ Line 21: / Line 21: @@
 <h3>Links</h3>
-[http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]
+[http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]<br />
-[http://www.montessorimaterials.org/Math/PSG2stream.wmv Positive Snake Game 2 - Using the Black and White Remainder Bead Stair]
+[http://www.montessorimaterials.org/Math/PSG2stream.wmv Positive Snake Game 2 - Using the Black and White Remainder Bead Stair]<br />
-[http://www.montessorimaterials.org/Math/PSG3stream.wmv Positive Snake Game 3 - Random Problem]
+[http://www.montessorimaterials.org/Math/PSG3stream.wmv Positive Snake Game 3 - Random Problem]<br />
-[http://www.montessorimaterials.org/Math/SSG1stream.wmv Subtraction Snake Game]
+[http://www.montessorimaterials.org/Math/SSG1stream.wmv Subtraction Snake Game]<br />
-[http://www.montessorimaterials.org/Math/NSG1stream.wmv Negative Snake Game 1 - Making Negative Tens]
+[http://www.montessorimaterials.org/Math/NSG1stream.wmv Negative Snake Game 1 - Making Negative Tens]<br />
-[http://www.montessorimaterials.org/Math/SGProblemstream.wmv Negative Snake Game Problem  - Snake Game with Positive and Negative Beads - Random Problem]
+[http://www.montessorimaterials.org/Math/SGProblemstream.wmv Negative Snake Game Problem  - Snake Game with Positive and Negative Beads - Random Problem]<br />

@@ Line 3: / Line 3: @@
 <h3>Age</h3>
 -6
 <h3>Materials</h3>
 <ol><li>A box containing one Black and White Short Bead Stair.</li><li>A box containing 2 Colored short Bead Stairs.</li><li>A box containing a minimum of 9 Ten Bead Bars.</li><li>A small felt mat to work on the table.</li></ol>
 <h3>Preparation</h3>
 <h3>Presentation</h3>
 <ol><li>Directress shows the child how to make a triangle with the Black and White Bead stair, saying &quot;This is how we make the triangle&quot;.</li><li>Directress invites the child to build the 2 sets of Colored Beads into triangles.</li><li>Then directress says, &quot;Now we are going to make a snake with the colored beads&quot; and she takes any of the colored beads at random and starts to lay out a snake..</li><li>Then the Directress explain to the child that &quot;we are going to change the Colored Snake to a Golden Snake, using the Golden Ten Bead Bars&quot;</li><li>The Directress begins to count to 10. If the colored Bead bars are 4,2,8,...beads. The tenth Bead will be reached on the fourth bead of the Eight Bead Bar, leaving 4 over. The Directress puts a marker in place at the end o the tenth bead, removes the 4,2 and 8 bead bars and places them on the lids. She then replaces them with one golden Ten bead Bar and a 4 from the Black and White Bead Bars.</li><li>Directress then proceeds to count the next 10, starting from the Black and White Beads. The whole idea is to replace every ten bead with a Golden Ten Bead Bar and the remainder units with the Black and White Bead Bars.</li><li>At the final stage, the exercise would have been carried out correctly if the whole snake has turned golden. If not, that means there was an error that had occurred in the process of the exercise.</li><li>When the above exercise has completed, the Directress then proceeds to this exercise, saying &quot;Now we check to make sure all the numbers add up to 10&quot;.</li><li>She lay out all the Golden Bead Bars.</li><li>The Directress takes a Nine Bead Bar, says &quot;This is nine, we need one more to make ten&quot; and she takes a One Bead Bar, place them together next to the first Golden Ten Bead Bar. She then takes a One Bead Bar and says, &quot;This is one, we need nine more to make ten&quot; and she takes a Nine Ten Bead Bar, place them together beside the next Golden Ten bead Bar.</li><li>She continues to do the same for 8 and 2, 2 and 8, 7 and 3, 3 and 7, ....etc.</li></ol>
 <h3>Control Of Error</h3>
 The Black and White Bead Stair provides a control of error when the child changes Colored Beads for Golden Beads.&nbsp; (One of the lids is used to hold, and later check, the Beads removed from the snake).
@@ Line 16: / Line 19: @@
 <ul><li>Prepare the child for addition.</li><li>Indirect preparation to Number Bonds and commutative law.</li></ul>
 <h3>Variation</h3>
 <h3>Links</h3>
 [http://www.montessorimaterials.org/Math/PSG1stream.wmv Positive Snake Game 1 - Making Tens]