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Table 1. Increasing Clench Force Data (Motor unit recruitment) Dominant forearm Non-dominant forearm Mean recordeMean recordeMean recordeMean recorde force (kg) frovoltage (mV) force (kg) frolvoltage (mV): Ch 40 Clench numbeAssigned Ford41 Ch 40 41 Skg 9.30 0.008 10.31 0.0069 10kg |18.8 0.0078 17.86 0.0077 Brendan 15kg 26.5 0.0075 24.97 0.0067 20kg 33.86 0.0107 28.63 0.0063 1 Skg 4.3 0.02 4.99 0.006 10kg 8.05 0.05 9.18 0.12 Diana 15kg 12.75 0.08 12.34 0.16 20kg |16.81 0.13 17.65 0.24 Table 2. Maximum Clench Force Data and Fatigue (segments 2 & 4) Dominant forearm Non-dominant forearm Maximum clenc50% of max cleTime to fatigu Maximum clen 50% of max cleTime to fatigu force (kg) Ch 41 Value force (kg) 50% max (sec) force (kg) force (kg) 50% max (sec) |calculate |Ch 40 Delta T Ch 41 Value calculate Ch 40 Delta T Brendan 34.32 |17.16 13.55 28.72 14.36 14.49 Diana 29.90 14.95 47 26.68 14.34 44

Table 1. Increasing Clench Force Data (Motor unit recruitment) Dominant forearm Non-dominant forearm Mean recordeMean recordeMean recordeMean recorde force (kg) frovoltage (mV) force (kg) frolvoltage (mV): Ch 40 Clench numbeAssigned Ford41 Ch 40 41 Skg 9.30 0.008 10.31 0.0069 10kg |18.8 0.0078 17.86 0.0077 Brendan 15kg 26.5 0.0075 24.97 0.0067 20kg 33.86 0.0107 28.63 0.0063 1 Skg 4.3 0.02 4.99 0.006 10kg 8.05 0.05 9.18 0.12 Diana 15kg 12.75 0.08 12.34 0.16 20kg |16.81 0.13 17.65 0.24 Table 2. Maximum Clench Force Data and Fatigue (segments 2 & 4) Dominant forearm Non-dominant forearm Maximum clenc50% of max cleTime to fatigu Maximum clen 50% of max cleTime to fatigu force (kg) Ch 41 Value force (kg) 50% max (sec) force (kg) force (kg) 50% max (sec) |calculate |Ch 40 Delta T Ch 41 Value calculate Ch 40 Delta T Brendan 34.32 |17.16 13.55 28.72 14.36 14.49 Diana 29.90 14.95 47 26.68 14.34 44

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Table 1. Increasing Clench Force Data (Motor unit recruitment) Dominant forearm Non-dominant forearm Mean recordeMean recordeMean recordeMean recorde force (kg) frovoltage (mV) fforce (kg) frovoltage (mV) Ch 40 Clench numbeAssigned Ford41 Ch 40 41 1 Skg 9.30 0.008 10.31 0.0069 2 |10kg 18.8 0.0078 17.86 0.0077 Brendan 13 15kg 26.5 0.0075 24.97 0.0067 14 20kg 33.86 0.0107 28.63 0.0063 Skg 4.3 0.02 4.99 0.006 2 10kg 8.05 0.05 9.18 0.12 Diana 3 15kg 12.75 0.08 12.34 0.16 4 20kg 16.81 0.13 17.65 0.24 Table 2. Maximum Clench Force Data and Fatigue (segments 2 & 4) Dominant forearm Non-dominant forearm Maximum clenc50% of max cleTime to fatigu Maximum clen 50% of max cleTime to fatigu force (kg) force (kg) force (kg) force (kg) |Ch 41 Value 50% max (sec) |Ch 40 Delta T Ch 41 Value calculate 50% max (sec) Ch 40 Delta T |calculate Brendan 34.32 17.16 13.55 28.72 14.36 14.49 Diana 29.90 14.95 47 26.68 14.34 44
Transcribed Image Text:Table 1. Increasing Clench Force Data (Motor unit recruitment) Dominant forearm Non-dominant forearm Mean recordeMean recordeMean recordeMean recorde force (kg) frovoltage (mV) fforce (kg) frovoltage (mV) Ch 40 Clench numbeAssigned Ford41 Ch 40 41 1 Skg 9.30 0.008 10.31 0.0069 2 |10kg 18.8 0.0078 17.86 0.0077 Brendan 13 15kg 26.5 0.0075 24.97 0.0067 14 20kg 33.86 0.0107 28.63 0.0063 Skg 4.3 0.02 4.99 0.006 2 10kg 8.05 0.05 9.18 0.12 Diana 3 15kg 12.75 0.08 12.34 0.16 4 20kg 16.81 0.13 17.65 0.24 Table 2. Maximum Clench Force Data and Fatigue (segments 2 & 4) Dominant forearm Non-dominant forearm Maximum clenc50% of max cleTime to fatigu Maximum clen 50% of max cleTime to fatigu force (kg) force (kg) force (kg) force (kg) |Ch 41 Value 50% max (sec) |Ch 40 Delta T Ch 41 Value calculate 50% max (sec) Ch 40 Delta T |calculate Brendan 34.32 17.16 13.55 28.72 14.36 14.49 Diana 29.90 14.95 47 26.68 14.34 44
1. Upon completion and recording of all measurements, based on the amount of electricity generated from each arm at the same kg force, indicate which forearm & hand recruited more motor units. Subject 1 Subject 2 Calculate the %Difference in the two arms for each test subject. 2. What was the difference (use Table 2 to get this data) in maximal strength/clench force between hands? Subject 1 kg Subject 2_ 3. Indicate which forearm & hand fatigued faster. Subject 1 Subject 2 Calculate the % Difference
Transcribed Image Text:1. Upon completion and recording of all measurements, based on the amount of electricity generated from each arm at the same kg force, indicate which forearm & hand recruited more motor units. Subject 1 Subject 2 Calculate the %Difference in the two arms for each test subject. 2. What was the difference (use Table 2 to get this data) in maximal strength/clench force between hands? Subject 1 kg Subject 2_ 3. Indicate which forearm & hand fatigued faster. Subject 1 Subject 2 Calculate the % Difference
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