91

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94

95

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98

87

86 It goes straight on during 3 seconds after making a loud noise.  It stops.  It makes a U-turn.  It returns to the original position.  It makes a U-turn.

85 Use the touch sensor to detect an object. If that happens, program the robot to avoid the impact.

84 If an object is detected (less than 20 cm), the motors start to move during 2 seconds.

83 It starts moving after a countdown of 5 seconds. If an object is detected at less than 20 cm, the robot stops. It turns to avoid the contact with the object. It continues going straight on.

Exercise number 83. The robot starts moving after a countdown of 5 seconds and If an object is detected at less than 20 cm, the robot stops. The robot turns to avoid the contact with the object. And then, continues going straight on.

Hello, In class we did the electric circuits. We have worked three different cicuits, the parallel, the series and the mixed And I have some examples:

Series circuit: All the bulbs are  crossed with the same intensity. The volage is shared.












Parallel circuit: In the parallel circuit the intensity is shared in all the bumbs and the resistors have the same voltage.


Mixed circuit: The mixed has all the possible results.

This is the video that explains our project.

Hello again, i'm here for talk about the foot print. I do the tests and my food print is of 201%. I think that it's a elevate foot print and I have to change. That's all. Bye.