LOCATION SENSOR

LOCATION SENSOR

VR ROBOT

At the end of this module, you will be able to:

• Identify the function of a Location sensor;

• Investigate how the Location sensor affects the movement of the robot;

• Evaluate Location sensor values that make sense within the robot's external environment;

• and Create an accurate programming sequence that allows the robot to navigate using the Location sensor block and reach the goal.

STEAM CONCEPT

Open Ended

What are your ideas about a COORDINATE PLANE?

Open Ended

What is X - AXIS?

Open Ended

What is Y - AXIS?

COORDINATE PLANE

PLOT THE FF.:

A (2 , 2)

B (-3 , 4)

C (-1 , -3)

D (5 , -5)

PLOT THE FF.:

A (2 , 2)

B (-3 , 4)

C (-1 , -3)

D (5 , -5)

PLOT THE FF.:

A (2 , 2)

B (-3 , 4)

C (-1 , -3)

D (5 , -5)

PLOT THE FF.:

A (2 , 2)

B (-3 , 4)

C (-1 , -3)

D (5 , -5)

PLOT THE FF.:

A (2 , 2)

B (-3 , 4)

C (-1 , -3)

D (5 , -5)

Multiple Choice

WHAT QUADRANT DOES POINT A ( 2, 2) BELONGS?

• QUADRANT I

• QUADRANT II

• QUADRANT III

• QUADRANT IV

Multiple Choice

WHAT QUADRANT DOES POINT D ( 5 , -5) BELONGS?

• QUADRANT I

• QUADRANT II

• QUADRANT III

• QUADRANT IV

BEFORE WE PROCEED, DO YOU HAVE ANY QUESTION?

CHALLENGE!

USING THE GRID MAP PLAYGROUND AND LOCATION SENSOR, PROGRAM THE ROBOT TO MOVE TO COORDINATES ( 0 , 0 )

ASSIGNMENT

ACTIVITY 3 - ROBOTICS LMS ACCOUNT