Free-body diagram Assume any frictional force shown in the diagram is zero. If the skiler is starting from rest at a distance of 2.0 m along the slope from the bottom of the incline, how long in seconds does it take to reach the bottom of the incline? (give the numerical value without units to the neaerst tenth of a second.)

Free-body diagram Assume any frictional force shown in the diagram is zero. If the skiler is starting from rest at a distance of 2.0 m along the slope from the bottom of the incline, how long in seconds does it take to reach the bottom of the incline? (give the numerical value without units to the neaerst tenth of a second.)

Name: Consider the case of a skier shown here on an incline. (See section 5
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Description: Consider the case of a skier shown here on an incline. (See section 5.6 of Openstax UniversityPhysics for PH221 or section 4.5 of College Physics for PH201).25Free-body diagram18Assume any frictional force shown in the diagram is zero.If the skiier

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Consider the case of a skier shown here on an incline. (See section 5.6 of Openstax University
Physics for PH221 or section 4.5 of College Physics for PH201).
25
Free-body diagram
18
Assume any frictional force shown in the diagram is zero.
If the skiier is starting from rest at a distance of 2.0 m along the slope from the bottom of the incline,
how long in seconds does it take to reach the bottom of the incline? (give the numerical value
without units to the neaerst tenth of a second.)

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