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Give a graph of a function \(f(x)\) having the following properties:\n\na) \(\displaystyle \lim_{x \to 2} f(x) = \infty\)\n\nb) The graph has \(y=3\) as a horizontal asymptote as \(x \to \infty\).\n\nc) The graph has \(y=-2\) as a horizontal asymptote as \(x \to -\infty\).\n\nd) \(f(x)=0\) when \(x=-2, x=3, x=4.\)\n\ne) \(f(x)\) is continuous for all \(x \ne 2.\)

For the triangle pictured to the right, determine the length of the side labeled \(a\). The indicated angle is measured in radians.

12. Consider the following free body diagram of the forearm and hand segment. If the muscle moment arm is 1/3 the distance of the segment weight moment arm (to the center of mass) and the muscle force acts directly vertical, to maintain static equilibrium, the elbow flexor muscle force must be what percentage of forearm weight?  

Fulsome County School District uses a full inclusion model with no continuum of service option is place. Students with severe developmental disabilities are placed in regular classrooms and expected to complete grade level assignments.

Find the domain of the function \(f(x)=\frac{1}{x\sqrt{x+2}}\).

28. Which of the following are consistent with Wolff’s law

24. EMG filtering and processing:

23. Clinical and research applications of kinesiologic EMG include which of the following?

For positive \(x\), simplify \(\cos(\sin^{-1}(x))\).

13. If the situation in # 12 was actually dynamic and the forearm was accelerating into flexion, which of the following is correct