1. Random motion

    Random motion

    The code will run Motor A in a random direction (via a Random-Comparison Block combination), at a random speed, for a random amount of time. The motor speeds will fall between 0-100 and the time will fall between 0-3 seconds. Resources Random Motion.rbt (ZIP)

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  2. Light theremin

    Light theremin

    In this activity, use an NXT brick equipped with two light sensors to emulate a theremin. One sensor will change pitch as the amount of light sensed changes, and the other sensor will change volume as the amount of light sensed changes. The theremin is meant to be controlled...

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  3. Survival of the fittest: NXT style

    Survival of the fittest: NXT style

    A group of Tufts University students stand around a squared-off area of linoleum cheering fervently. They scream things like “Go Moosie!” and “Your buzzard’s knocking my penguin!” The whole scene seemed somewhat out of place; after all, this was an engineering lab. It all makes sense when you...

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  4. Motor vs Move – Part II: Action

    Motor vs Move – Part II: Action

    In Part I of Motor vs. Move, we looked at how the Move block incorporates a control algorithm to help robots move more accurately. What else is different between the Motor and Move block in NXT-G? Motor The Motor block has an “Action” panel which includes a drop-down...

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