14.02.2015 Views

Trigonometry Practice Problems - Modeling Physics

Trigonometry Practice Problems - Modeling Physics

Trigonometry Practice Problems - Modeling Physics

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Free Particle Model<br />

<strong>Trigonometry</strong> <strong>Practice</strong> <strong>Problems</strong><br />

Find the magnitude of the side or the angle indicated with a “” for each of the following<br />

triangles:<br />

1.<br />

<br />

2.<br />

4.6 m<br />

<br />

24˚<br />

35˚<br />

12 meters<br />

<br />

3.<br />

4.<br />

angle of deviation from<br />

flight plan = <br />

total velocity<br />

relative to the<br />

ground = <br />

plane velocity = 65 m/s<br />

16 m/s<br />

crosswind<br />

<br />

33˚<br />

60 Newtons<br />

5.<br />

22 cm<br />

6.<br />

65˚<br />

<br />

70˚<br />

<br />

F gravity<br />

= 700 N<br />

<br />

7.<br />

38 m<br />

100 m


8.<br />

15 N<br />

9.<br />

134 cm<br />

12 N<br />

<br />

<br />

1.0 m<br />

10.<br />

8 N<br />

12 N<br />

<br />

11.<br />

2 m<br />

<br />

9 m<br />

12.<br />

plane velocity = 90 m/s<br />

total velocity<br />

relative to the<br />

ground = <br />

22 m/s<br />

crosswind<br />

angle of deviation from<br />

flight plan = <br />

13.<br />

Find the x and y components of the<br />

given force vector.<br />

x<br />

14.<br />

y<br />

Find the x and y components of the<br />

given force vector.<br />

28˚<br />

y<br />

98 N<br />

450 N<br />

50˚<br />

x

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!