Add the following vectors and determine the resultant.

5.0 m/s, 45 deg and 2.0 m/s, 180 deg

• 3.85m/s, 66.5 deg

• 66.5m/s, 3.85 deg

• -3.85m/s, 66.5 deg

• 3.85m/s, -66.5 deg

Add the following vectors and determine the resultant.

6.0 m/s, 225 deg and 2.0 m/s, 90 deg

• 4.80 m/s, 207.9 deg

• 4.80 m/s, 62.1 deg

• 4.80 m/s, 297.9 deg

• 4.80 m/s, -207.9 deg

Add the following vectors and determine the resultant.

5.0 m/s, 45 deg and 2.5 m/s, 135 deg

• 5.59 m/s, 71.6 deg

• 5.59 m/s, 341.6 deg

• 5.59 m/s, 108.4 deg

• 5.59 m/s, -71.6 deg

Add the following vectors and determine the resultant.

7.0 m/s, 0 deg and 2.0 m/s, 90 deg

• 7.28 m/s, 15.9 deg

• 7.28 m/s, 105.9 deg

• 7.28 m/s, 195.9 deg

• 7.28 m/s, 285.9 deg

Add the following vectors and determine the resultant.

8.0 m/s, 330 deg and 4.0 m/s, 45 deg

• 9.83m/s, 352.2 deg

• 9.83m/s, 7.8 deg

• 9.83m/s, 187.8 deg

• 9.83m/s, 97.8 deg

Add the following vectors and determine the resultant.

2.0 m/s, 150 deg and 4.0 m/s, 225 deg

• 4.91m/s, 201.8 deg

• 4.91m/s, 21.8 deg

• 4.91m/s, 111.8 deg

• 4.91m/s, 338.2 deg

Add the following vectors and determine the resultant.

3.0 m/s, 45 deg and 5.0 m/s, 135 deg and 2.0 m/s, 60 deg

• 7.40m/s, 93.2 deg

• 7.40m/s, 3.2 deg

• 7.40m/s, 183.2 deg

• 7.40m/s, 273.2 deg

Add the following vectors and determine the resultant.

4.0 m/s, 90 deg and 2.0 m/s, 0 deg and 2.0 m/s, 210 deg

• 3.01 m/s, 84.9 deg

• 3.01 m/s, 5.1 deg

• 3.01 m/s, 185.1 deg

• 3.01 m/s, 354.9 deg

An airplane heads due north at 100 m/s through a 30 m/s cross wind blowing from the east to the west. Determine the resultant velocity of the airplane (relative to due north).

• 107

• 7

Two soccer players kick a ball simultaneously from opposite sides. Red #3 kicks with 50 N of force while Blue #5 kicks with 63 N of force. What is the net force on the ball?

• 13N

• 113N

• 20N

• 200N