8.918, s.030) 7. PHYSICS In physics, force diagrams are used to show the effects of all the different forces acting upon an object. The following force diagram could represent the forces acting upon a person sliding down a slide. a) Using the dot representing the person as the origin, express each force as a vector in component form. 2os y0Y + (2040) 15. 321T+ 12.8567 く1521」12、5567 Normal Force (n) 60 20 N Friction (0 110 N (110 cas so)Tt (11osinGo)S 7.0T + 8.426) <7.071, 5.4267 170 N b) Find the component form of the resultant vector representing the force that causes the person to move down the slide.

8.918, s.030) 7. PHYSICS In physics, force diagrams are used to show the effects of all the different forces acting upon an object. The following force diagram could represent the forces acting upon a person sliding down a slide. a) Using the dot representing the person as the origin, express each force as a vector in component form. 2os y0Y + (2040) 15. 321T+ 12.8567 く1521」12、5567 Normal Force (n) 60 20 N Friction (0 110 N (110 cas so)Tt (11osinGo)S 7.0T + 8.426) <7.071, 5.4267 170 N b) Find the component form of the resultant vector representing the force that causes the person to move down the slide.