How would I solve for Fnetx and Fnety for problems 2 to 9? LM-1. Equilibrium (Example)TStep 2. Draw a linethe same length asthe arrow to"balance" w.Step 1. Draw anarrow representingthe weight.(M-4. EquilibriumLM-7 Equilibrium No frictionStep 3. Draw linesparallel to the twostrings, completingthe parallelogram.Step 4. Drawarrows alongthe two strings.The sides of theparallelogramare T, and T,T,Remember, onlythe three blackarrows are the free-body diagram.LM-2. EquilibriumLM-5. EquilibriumLM-8. Equilibrium No frictionLM-3. Friction prevents sliding.LM-6. EquilibriumLM-9. Rock is sliding on a frictionlessincline.

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How would I solve for Fnetx and Fnety for problems 2 to 9?

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter8: Rotational Motion

Section8.2: Rotational Dynamics

Problem 27PP

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Question

How would I solve for Fnetx and Fnety for problems 2 to 9?

LM-1. Equilibrium (Example)
T
Step 2. Draw a line
the same length as
the arrow to
"balance" w.
Step 1. Draw an
arrow representing
the weight.
(M-4. Equilibrium
LM-7 Equilibrium No friction
Step 3. Draw lines
parallel to the two
strings, completing
the parallelogram.
Step 4. Draw
arrows along
the two strings.
The sides of the
parallelogram
are T, and T,
T,
Remember, only
the three black
arrows are the free-
body diagram.
LM-2. Equilibrium
LM-5. Equilibrium
LM-8. Equilibrium No friction
LM-3. Friction prevents sliding.
LM-6. Equilibrium
LM-9. Rock is sliding on a frictionless
incline.

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