The figures below demonstrate that it is possible to suspend a a rapidly spinning wheel with a string attached to one end of its horizontal axle. Find the angular velocity Ω  (i.e., precession rate in rad/sec) of the wheel with mass m=[m] Kg spinning at a constant rate of p=[p] rad/sec. The wheel is located at  d=0.[d] m and its moments of inertia are Ixx=Izz=0.25 Kg.m2 and Iyy=0.[I] Kg.m2. Use g=9.81 m/sec2 if needed.      

The sum of the moments acting on a 3-D rigid body about its center of mass G is

If a rigid body rotates about the z-axis, then its angular momentum vector

What is the frequency of the source if a moving observer traveling at a velocity of 1.75 m/s hears a frequency of 425 Hz?  (velocity of sound = 343 m/s)  

Which housing development is typically associated with giving birth to the American suburb?

Solve the following inequality and write the solution in interval notation. (x−4)(x+5)>0{“version”:”1.1″,”math”:”(x-4)(x+5)>0″}

Regarding men with Erectile Disorder . . . How might a decision be made regarding whether the problem is psychological or organic? What is performance anxiety/spectator role?

Explain what Psychodynamic theorists mean by “primary gain” and “secondary gain”.  How do behaviorists view this?

Name and briefly define two (2) sexual pain disorders.

Name and briefly describe two (2) disorders associated with the desire phase.