Connection: The g-forces put pressure on the knots in the same way they put pressure on the body and spine.
Which pieces of evidence support the connection? Select the two correct answers.
(1 point)
Responses
“This acceleration creates inertia, which is the tendency for an object to keep moving once it is in motion.”
“This acceleration creates inertia, which is the tendency for an object to keep moving once it is in motion.”
“Your foot is experiencing these really high g-forces as you’re running all the time.”
“Your foot is experiencing these really high g-forces as you’re running all the time.”
“We were surprised that the accelerations were so high.”
“We were surprised that the accelerations were so high.”
“The videos showed as the shoelaces bounce up and down with each footfall, the main knot begins to deform.”
“The videos showed as the shoelaces bounce up and down with each footfall, the main knot begins to deform.”
“To break down the physics of the phenomena, the researchers attached a small device to the free end of the laces that measured acceleration, and then Gregg went for a walk or a jog.”
“To break down the physics of the phenomena, the researchers attached a small device to the free end of the laces that measured acceleration, and then Gregg went for a walk or a jog.”
1 answer
The two pieces of evidence that support the connection regarding g-forces and their effect on knots are:
1 answer
1 answer
1 answer
1 answer