Part 1

Find the resultant vector of these applied vectors:

a. a force of 600 N applied at an angle of 45 degrees.

b. a force of 600 N applied at an angle of 85 degrees.

c. a force of 600N applied at an angle of 25 degrees.

Part 2

Find the x and y coordinates for each of the vectors. Draw a vector diagram to approximate scale for each case. unless otherwise specified. always measure angles with right hand from positive horizontal.

Part 3

determine the distance and angle polar notation between each set of points. draw vector diagram to scale for each case.

a. (2,3); (5,7)

b. (1,2); (3,3)

c. (1.5,3.0); (6,6)

d. (0,0); (6.2, 3.6)

Part 4

one hockey player A passes the puck to another player 10m away and oriented at 280 degrees relative to the positive x-axis. Player B then strikes the puck, causing it to travel 5 m to a player oriented at 90 degrees. The last player C applies a force to the puck that moves it 20 m with a path oriented at 210 degrees. calculate the total movement of the puck and the orientation of its resultant path.

Part 5

calculate the sum of the following vectors

a. vector a magnitude 16.2 angle 21.8 degrees

b. vector b magnitude 10 angle 5.7 degrees

Part 6

calculate the sum of the following vectors

a. vector magnitude 17.1 angle 159.4 degrees

b. vector b magnitude 6.4 angle -51.3 degrees

c. vector c magnitude 12.0 angle 4.8

can you help explaining answer how to do the different parts. I don't know how I might answer these parts and the stuff within the parts. Examples would be great as well.