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135
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06.10.2014 05:33

weinbergmath

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weinbergmath

 07 - GGB - Derivative of an Exponential Allows display of an exponential function and its derivative. I had students use this to conceptualize the derivative and identify a base value for which the function and derivative are equivalent.
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weinbergmath

 07 - GGB - Finding an Equation for a Lin This is a self guided exploration to explore where point-slope form for a linear equation comes from.
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 Constructing a 3-4 triangle.ggb This is a self guided activity that helps students see the SAS triangle congruence postulate. Students construct a triangle with sides of given length, and make the included angle 45 degrees. All triangles constructed this way, though they may have different orientations, will be congruent.
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weinbergmath

 Constructing a 7-8-9 triangle.ggb A more open ended activity where students create a triangle with three given side lengths. The triangles should be congruent by the SSS postulate.
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weinbergmath

 Expected Value Spinner w simulation.ggb Updated version of the expected value spinner from Dan Meyer's blog that includes a simulation for testing where the expected winnings are equal.
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weinbergmath

 Expected Value Spinner.ggb This is a sketch simulating Dan Meyer's expected value video at http://blog.mrmeyer.com/?p=12128 .
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170
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22.08.2018 23:01

weinbergmath

 Looking for an ASA postulate.ggb Students create a triangle with two given angles and an included angle and compare with classmates. All such constructed triangles will be congruent.
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weinbergmath

 McDonalds Problem.ggb This is the template for determining the area inside the McDonalds symbol using parabolas and integration.
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weinbergmath

 Projectile to Orbit Simulator.ggb This simulates and shows the trajectory of a projectile launched horizontally at a given height and speed above a planet. It demonstrates that parabolas (projectile motion) as well as elliptical and circular orbits of objects are possible given the right initial values for height and speed.
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141
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weinbergmath

 Uniform Circular Motion - interactive di Diagram showing that acceleration of an object in uniform circular motion points inward as the time interval between initial and final velocity approaches zero.
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 falling ladder.ggb This simulates a related rates problem in which a ladder slides down a vertical wall.
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weinbergmath

 mean value theorem.ggb This is an exploration in which the user can visually locate the point identified by the mean value theorem in Calculus.
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weinbergmath

 rectangle in sqrt-x.ggb Related rates problem in Calculus in which a rectangle is inscribed beneath the curve y = sqrt(x)
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 stackingheads.ggb Visualization of geometric series using my head to represent all terms of the sequence.
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weinbergmath

Total Space Used: 354.44 Kb