Part II: Solve the following problems 1) A patient rehabilitating a knee injury performs knee extension...
Leigh is doing a knee extension exercise using a 100 N weight strapped to her ankle 40 cm from her knee joint. She holds her leg so that the horizontal distance from her knee joint to the weight is 30 cm. 1) What is the moment arm of the weight about the knee joint axis? 2) For this position, what torque is created by the ankle weight about her knee joint axis? 3) If the moment arm of the knee...
PROBLEM 2 Knee Extension - The angular motion of the lower leg about the knee joint, and the forces and torques produced by the muscles crossing the knee joint during knee flexions and extensions have been investigated by a number of researchers utilizing different experimental techniques. One of these techniques is discussed here. Consider the person illustrated in Fig. 10.12. The test subject is sitting on a table, with the back placed against a back rest and the lower legs...
A person is doing leg flexion/extension exercises from a sitting
position in order to strengthen the person's quadracept muscles.
The forces acting in the lower leg are illustrated in the figures
below.
W0 is the weight of the boot, W1 = 160 N
is the weight of the person's lower leg, FM is the
magnitude of the force exerted by the quadricepts muscle on the
tibia (shinbone) through the patellar tendon, and FJ is
the force due to the tibiofemoral...
Matching 1. Extension Circumduction Plantar flexion 4. Dorsiflexion 5. Eversion 6. Adduction 7. Hyperextension opment term listed below to its proper definition A Moving the arm so the palm is up B. Moving a body part outward C. Straightening of a body part D. Motion toward the midline of the body E. Moving a body part inward F. Turning a body part around its axis G. A position of maximum extension, or extending a body part beyond its normal limits...
Part II Problems Continus Problem 4. (20pts.) Three long parallel wires carry the following currents: 1-10A, I2-1.51, and I 311. They are placed and directed as shown in the figure below where the reference distance a - 5cm Find, at the point P on the triangle, a) (Spts.) The magnitude and direction of the magnetic field and caused by current I (Spts.) The magnitude and direction of the magnetic field caused by current l c) (5pts.) The magnitude and direction...
TELCELLIE .il 039 %D 2:10 Solve the followi... Solve the following problems. 1._Determine the weight of an astronaut who is part of the crew of a space mission, the mass of this person is 90 kg and is in a spacecraft orbiting 250km from the surface of the earth. 2._ The 200kg box shown in the figure is suspended by the AB AND AC ropes. Each rope can withstand a maximum force of 10kN before it breaks. If AB always...
Solve the following problems. 1. Calculate initial stresses (total stress, porewater pressure, effective stress) and Induced stresses at points A, B, and C due to loading shown in the Figure below. (25 points) 1000 psf 4 feet с. 1.5 ft 6 feet A 1.0 ft B 1000 psf Soil I 5.0 ft e = 0.56, G, = 2.65 Soil II e = 0.53, G, = 2.65 4.0 ft 8.0 ft C •A
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anyone help me figure out what i did wrong on this question?
Part II: Problems - 3 questions (50 pts.) Solve THREE of the following FOUR numerical problems. You must show all work for full credit Partial credit will be given. 1. CAPM/Portfolio Theory An investor currently holds the following portfolio of 4 stocks, each having equal weight Stock Beta Expected Return (ro) 13.5% 11.4% 8.6% 9.3% 3.325 785 2.15 0.9 2.320 a. What is the portfolio's expected return?...
Solve design problem 1
Section 7.4 Newton-Euler Equations: Gene Design Problems Design Problem 7.1 Revisit the calculations done at the beginning of the chapter concerning the determination of the maximum acceleration that can be achieved by a motorcycle without causing the front wheel to lift off the ground. Specifically, construct a new model of the motorcycle by selecting a real-life motorcycle and researching its geometry and inertia properties including the inertia properties of the wheels. Then analyze your model to...
Code the following reports utilizing CPT codes, apply any
application modifiers.
3. Description: The patient is a 26-year-old
female, referred to Physical Therapy for low back pain. The patient
has a history of traumatic injury to low back.
HISTORY OF PRESENT ILLNESS: The patient is a
26-year-old female, referred to Physical Therapy for low back pain.
The patient has a history of traumatic injury to low back. The
patient stated initial injury occurred eight years ago, when she
fell at...