Sat, Oct-19 Sun, Oct-20 Mon, Oct-21 NO SCHOOL Tue, Oct-22 Mouse Trap Car Prelim Wed, Oct-23 Mouse Trap Car Prelim Thu, Oct-24 Mouse Trap Car Prelim Fri, Oct-25 Mouse Trap Car Finals Sat, Oct-26 Sun, Oct-27
 90% LED BOARD 2020 2019 1.1 Measurement 86 1.2 Math Foundations 73 1.3 Vector Addition 90 2.1 Uniform Acceleration 0 2.2 Graphing Motion 0 2.3 Newton's Laws 0 3.1 Force Body Diagrams 0 3.2 Parallel Forces 0 4.1 Projectile Motion 0 4.2 Circular Motion 0 4.3 Rotational Motion 0 5.1 Work Eff./Power 0 5.2 Energy Conservation 0 5.3 Momentum 0 6.1 Wave Mechanics 0 7.1 Sound Characteristics 0 7.2 Sound Intensity 0 7.3 Doppler Effect 0 7.4 Strings & Tubes 0 8.1 Photoelectric Effect 0 9.1 Fluid Dynamics 0 Current Class Leader: TIE

Mastered each JEDI Trial!
Noah Graalfs
Alec Knepper
Peter Schumacher
Taylor Tiffin
Lukas Zerajic
Board Battles Theme Song!
© Peter Weihs & Colby Knight 2013
Bookmark this website on the home screen of your mobile device. Don't know how? Watch here!

## Procedure:

Solve the first two inquiry questions below and then use the Trinket to check your work. Click Run to test your problems. You can enter the magnitude and angle of three vectors (red, yellow and blue). If you only want to add two vectors enter (0,0) for the blue vector. The resultant magnitude and angle will be printed beneath the vector addition picture. For the second problem, attempt to add the vectors in a different order and see if it affects the resultant.

## Inquiry Questions:

1. A bulldozer pushes a large platform at 15.0 mph due north. A forklift on the platform moves at 14.1 mph at 45.0º N of E. What is the resultant velocity of the forklift? (magnitude and direction)

2. Find the resultant of the following three vectors:
• 31.6 mph @ 71.6º
• 22.4 mph @ 296.6º
• 28.3 mph @ 135.0º

Add the 3 vectors in the applet in a different order. Does the resultant change?

3. A motorboat travels at 8.0 m/s on a heading of 25.0º upstream on a river which is flowing at a rate of 3.0 m/s. What will be the resultant speed and direction of the boat as viewed by someone on the river bank?

4. An airplane flies in a direction of 280.0º at 200.0 m/s. If the wind has a velocity of 40.0 m/s at 0.00º. Determine the magnitude and direction of the resultant velocity.

5. If an airplane has a cruising speed of 130.0 mph and the wind velocity is 25.0 mph at 0.00º, calculate the speed of the airplane and the time of flight when it goes from St. Louis to Toledo according to the following map.

The order of vector addition is irrelevant!