Collinear Points (Definition Prompt)

Warm Up--See below:
Questions:[br][br]1) After seeing what you now see, what does it mean for points to be non-collinear? [br]2) Consider [b]only 2 points[/b] [b]A[/b] and [b]B[/b]. Is it ever possible for [b]A[/b] & [b]B[/b] to be non-collinear? Why or why not? Explain.

What Do You See Here?

In the applet below, you'll notice a [b]RIGHT TRIANGLE[/b] (shown in white) with colorful squares built off its 2 legs. There is a blank (white) square built off its hypotenuse. [br][br]1) Drag the gray slider all the way to the right. [br]2) What do you notice? Describe in detail! [br][br]3) Now, drag the slider all the way back to the left side.[br]4) Move the vertices (corners) of the right triangle around so that the right triangle doesn't stay the same as the right triangle you started with. [br]5) Drag the gray slider all the way down to the right. What do you notice? Describe in detail![br][br]6) Repeat steps (3) - (5) as many times as you wish? [br][br]7) [b]Can you make a general statement about the area of the square built off the shorter leg, [br] the area of the square built off the longer leg, and the area of the square built off the hypotenuse? [/b][br] [b] [color=#c51414]Write this statement in a complete sentence, and be prepared to share this statement with the rest of the class! [/color][/b]
What Do You See Here?

SAP Problem 1 (Discovery)

The questions you need to answer will appear in the applet below. So get started!

AAP - Problem 1 (Discovery)

The questions you need to answer will soon appear in the applet below.[br]So, get started!

VAT (Problem 1)

Using what you've just recently discovered about vertical angles to solve the problem below (see applet).

Where is the Treasure?

You are on a treasure hunt. On the map below, there is a treasure. The treasure is supposedly buried in the field on which you and your friend are standing. [br]Inside this field are a birdbath [color=#c51414]fountain[/color], [color=#1551b5]flagpole[/color], and a [color=#0a971e]tree[/color] (see applet below.) [b]Here's what you DO know:[/b][br][br]1) The location of the treasure is located at a point that is 15 m away from the [color=#1551b5]flagpole[/color].[br]2) The treasure is just as far away from the [color=#0a971e]tree[/color] as it is from the [color=#c51414]fountain[/color]. [br][br]For this applet below, assume that 1 unit represents 2 m (in real life). Use the tools of GeoGebra in the applet below to determine a possible location of this treasure.[br]After locating a location, label its point "T" (for "Treasure").
Additional Questions:[br][br]1) How many possibilities are there for the location of the treasure? [br]2) If you only found one possible location, find the other possible location of the treasure. [br][br][b]Be sure to use the tools of GeoGebra to CLEARLY DEMONSTRATE/SHOW that the 2 criteria (listed above the applet) are met! [/b]

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