Question: What is the most efficient method to pass a bean between two people?
Hypothesis: If I test different phalange combinations to determine the most efficient method, then the most efficient method would be : UR1 & UR2 , because
we could grasp things more easily , picking up small objects, and also we can eat with one hand.
Independent Variable: phalange combination
Dependent Variable: # of bean passes
Constants: Partners, Beans, Right Hand, 2 people.
Data Analysis:
DSET:
My Claim is that the most efficient method to pass a bean was UR1-UR2 because that was the time my partner and I passed it more quickly and also the was the only one who got the highest number of passes. As shown below you could see that UR1-UR2 got the post bean passes.
UR1-UR2 = 28 passes
UR2-UR3 = 0 passes
UR3-UR4= 6 passes
UR1-UR4= 26.5 passes
UR2-UR5= 3.6 passes
The science reasoning behind this is that we have 27 bones in our hands. The fingers contain 14 bones that are called : Phalanges. They are 3 in each finger and there is only 2 in a thumb. Flexors the chief muscles are attached by tendons to the phalanges, two muscles flex all our 4 fingers. The thumb is flexed by a long and short flexor.
Hypothesis: If I test different phalange combinations to determine the most efficient method, then the most efficient method would be : UR1 & UR2 , because
we could grasp things more easily , picking up small objects, and also we can eat with one hand.
Independent Variable: phalange combination
Dependent Variable: # of bean passes
Constants: Partners, Beans, Right Hand, 2 people.
Data Analysis:
DSET:
My Claim is that the most efficient method to pass a bean was UR1-UR2 because that was the time my partner and I passed it more quickly and also the was the only one who got the highest number of passes. As shown below you could see that UR1-UR2 got the post bean passes.
UR1-UR2 = 28 passes
UR2-UR3 = 0 passes
UR3-UR4= 6 passes
UR1-UR4= 26.5 passes
UR2-UR5= 3.6 passes
The science reasoning behind this is that we have 27 bones in our hands. The fingers contain 14 bones that are called : Phalanges. They are 3 in each finger and there is only 2 in a thumb. Flexors the chief muscles are attached by tendons to the phalanges, two muscles flex all our 4 fingers. The thumb is flexed by a long and short flexor.