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0x2418126-6-12y2418126-6-12
Grid:
Tics Lines:
Width px
Hash Lines:
Width px
Labels:
Font px
Trace Lines:
Robot 1:
Width px
Robot 2:
Width px
Robot 3:
Width px
Robot 4:
Width px
Axes: x-axis y-axis Show Grid
Grid: 24x24 inches 36x36 inches 72x72 inches
96x96 inches 192x192 inches
Quad: 4 quadrants 1 quadrant
Units: US Customary Metric
Background:

Robot 1
Initial Position:
( in, in)
Initial Angle:
deg
Current Position: (0 in, 0 in)
Current Angle: 90 deg
Wheel Radius:
Track Width:
in

Robot 2
Initial Position:
( in, in)
Initial Angle:
deg
Current Position: (6 in, 0 in)
Current Angle: 90 deg
Wheel Radius:
Track Width:
in

Robot 3
Initial Position:
( in, in)
Initial Angle:
deg
Current Position: (12 in, 0 in)
Current Angle: 90 deg
Wheel Radius:
Track Width:
in

Robot 4
Initial Position:
( in, in)
Initial Angle:
deg
Current Position: (18 in, 0 in)
Current Angle: 90 deg
Wheel Radius:
Track Width:
in
Complementary and Supplementary Angles in the Coordinate Plane
Problem Statement:
Angle 1 and angle 2 are supplementary angles. Angle 1 measures 6x - 13 degrees and Angle 2 measures 4x + 93 degrees. Solve for each angle. Change the initial angle of the robot to graph angle 1, the positive x-axis will be one side of your angle, the robot will make the other side of the angle. Drive the robot 12 units at this angle. 
/* Code generated by RoboBlockly v2.0 */
#include <linkbot.h>
CLinkbotI robot;
double radius = 1.75;

robot.driveDistance(12, radius);
Blocks Save Blocks Load Blocks Show Ch Save Ch Workspace
Problem Statement:
Angle 1 and angle 2 are supplementary angles. Angle 1 measures 6x - 13 degrees and Angle 2 measures 4x + 93 degrees. Solve for each angle. Change the initial angle of the robot to graph angle 1, the positive x-axis will be one side of your angle, the robot will make the other side of the angle. Drive the robot 12 units at this angle. 

		

			

				
			

			
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