Force is a vector.
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You have now finished the exam. Once you submit, you will no…
You have now finished the exam. Once you submit, you will no longer be able to access the exam. Please double-check your answers before submitting. Once you have hit submit, you have up to 10 minutes to upload a scanned version of your handwritten work in Canvas. The link to upload this is located directly under the exam link in the Midterm 2 Module on Canvas.
For each of the following four knee positions (A, B, C, and…
For each of the following four knee positions (A, B, C, and D), there are two weight vectors (vector 1, indicating the weight of the leg, and vector 2, indicating the weight of an external weight attached to the ankle). State the angle of the each vector’s moment arm relative to the thigh segment (i.e., the upper portion of the leg that is proximal to the knee joint), such that perpendicular to the thigh would be 90
At complete extension, the elbow joint angle is about 3.14 r…
At complete extension, the elbow joint angle is about 3.14 radians.
The New Deal offered a legacy in all of the following ways E…
The New Deal offered a legacy in all of the following ways EXCEPT in …
List all the necessary components of the Hill muscle model d…
List all the necessary components of the Hill muscle model discussed in class, and briefly describe the implications of omitting one or more of these components in the context of modeling muscle behavior.
In the Second New Deal, Roosevelt did all of the following E…
In the Second New Deal, Roosevelt did all of the following EXCEPT …
Position is the derivative of velocity.
Position is the derivative of velocity.
The vertical velocity of a projectile at release determines…
The vertical velocity of a projectile at release determines how high the projectile goes.
The same image below shows the hip joint angle over the cour…
The same image below shows the hip joint angle over the course of the gait cycle. A) During which percentages of the gait cycle is hip angular acceleration positive? B) During which percentages of the gait cycle is hip angular acceleration negative? Your answers for A and B should be reported in intervals (e.g., 0-10%).