ZigZag_Course_Calculations

Put your numbers in the following calculations.

Calculating a Zig-Zag Course a) travel a distance, b)turn, c) travel a second distance, d) turn again, and e)drive off the course.

Wheel Circumference = 3.14 x XXcm = XXcm Traced Circle Circumference = 3.14 x XX = XXcm

__ A. The first distance is XXX cm __. Step 1: XXXcm = XXcm x Rotations

XXX = Rotations

Step 2: XXX x 360 = program degrees

XX = program degrees

__ B. The first turn is xxx degrees. __ Step 1: __XXX__ = __Distance__ 360. XXXcm

XXX x XXXcm = 360(Distance)

XXXcm = distance

Step 2: XXXcm = XXXcm x Rotations

XXX = Rotations

Step3: XXX x 360 = program degrees

XXX = program degrees

__ C. The second distance is XXXcm. __ Step 1: XXXXcm = XXXcm x Rotations

XXXXX = Rotations

Step2: XXXXXX x 360 = program degrees

XXX = program degrees

__ D. The second turn is 98 degrees. __ Step 1: __ XXX __ = __ Distance __ 360. ..XXcm

XXX x 7XXcm = 360(Distance)

XXXcm = Distance

Step 2: XXXcm = XXcm x Rotations

XXXXX = Rotations

Step3: XXXXX x 360 = program degrees

XXXXX = program degrees

__E. Program the robot to drive straight for 720 program degrees__. (Two wheel rotations)

Tile D