The diagram shows a muscle force (Fm) required to hold a weight (Fw) in the hand, with the forearm weight of Fa. If... • the forearm weight (Få) is 37 N, forming an angle (theta) with the forearm of 65 degrees as shown. This force is located 15 cm from the elbow. • the dumbbell weight (Fw) is 182 N, forming an angle (theta) with the forearm of 65 degrees as shown. This force is located 38 cm from the elbow. • the muscle force (F) forms an angle (theta) with the forearm of 60 degrees as shown. This muscle inserts into the forearm 5 cm from the elbow. then what is the muscle force (Fm), in N, required to hold this static position? Report values to whole units (e.g. 101 N). You are allowed a margin of error of 20 N due to rounding.

The diagram shows a muscle force (Fm) required to hold a weight (Fw) in the hand, with the forearm weight of Fa. If... • the forearm weight (Få) is 37 N, forming an angle (theta) with the forearm of 65 degrees as shown. This force is located 15 cm from the elbow. • the dumbbell weight (Fw) is 182 N, forming an angle (theta) with the forearm of 65 degrees as shown. This force is located 38 cm from the elbow. • the muscle force (F) forms an angle (theta) with the forearm of 60 degrees as shown. This muscle inserts into the forearm 5 cm from the elbow. then what is the muscle force (Fm), in N, required to hold this static position? Report values to whole units (e.g. 101 N). You are allowed a margin of error of 20 N due to rounding.

Name: Fm03Elbowdadmdw0.FaOwFw The diagram shows a muscle force (Fm) require
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Description: Fm03Elbowdadmdw0.FaOwFw The diagram shows a muscle force (Fm) required to hold a weight (Fw) in thehand, with the forearm weight of Fa.If...• the forearm weight (Fa) is 37 N, forming an angle (theta) with the forearmof 65 degrees as shown. This forc

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Newton's First Law of Motion

If a very smooth ball is rolled down an inclined surface with zero friction, the ball will continue to roll indefinitely for an infinite time, in an attempt to reach to the same height on the opposite hill!

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Question

The diagram shows a muscle force (Fm) required to hold a weight (Fw) in the
hand, with the forearm weight of Fa.
If...
• the forearm weight (Fa) is 37 N, forming an angle (theta) with the forearm
of 65 degrees as shown. This force is located 15 cm from the elbow.
• the dumbbell weight (Fw) is 182 N, forming an angle (theta) with the
forearm of 65 degrees as shown. This force is located 38 cm from the
elbow.
• the muscle force (Fm) forms an angle (theta) with the forearm of 60
degrees as shown. This muscle inserts into the forearm 5 cm from the
elbow.
... then what is the muscle force (Fm), in N, required to hold this static
position?
Report values to whole units (e.g. 101 N). You are allowed a margin of error of
20 N due to rounding.

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