In our exercise, the following amplitude measurements of the EMG signal were taken when a woman...

 

Transcribed Image Text:

In our exercise, the following amplitude measurements of the EMG signal were taken when a woman was using her hand grip muscles to ensure a lid was tight on a jar. Beginning of the activity End of activity RMS of the EMG amplitude (A) Generated force in Newtons (F) .0005 .00125 110 275 The relationship between RMS of the amplitude and generated force is a linear relationship. 1. Write the information above as two ordered pairs where A is the x value and F is the y value. 2. Using the ordered pairs above, find the slope and then write the equation of the linear relationship between amplitude and force. Write the equation in slope intercept form (since F is the y value, this means it will be in F mA + b form). 3. Now, give this equation in the form A=mF+b. (So take your equation from #2 and solve it for A) In our exercise, the following amplitude measurements of the EMG signal were taken when a woman was using her hand grip muscles to ensure a lid was tight on a jar. Beginning of the activity End of activity RMS of the EMG amplitude (A) Generated force in Newtons (F) .0005 .00125 110 275 The relationship between RMS of the amplitude and generated force is a linear relationship. 1. Write the information above as two ordered pairs where A is the x value and F is the y value. 2. Using the ordered pairs above, find the slope and then write the equation of the linear relationship between amplitude and force. Write the equation in slope intercept form (since F is the y value, this means it will be in F mA + b form). 3. Now, give this equation in the form A=mF+b. (So take your equation from #2 and solve it for A)

Answer rating: 100% (QA)

solution 3 2 Two 1 intercept Form 0005 110 44 slope 4311 At ... View the full answer