Long Problem 2: Subpart Consider the same situation as the question above. What would be the direction of the acceleration of point B on the bar

Long Problem 2: Subpart The Equation of Motion (EOM) of the bar is given below.

Long Problem 1: Subpart Write out the Kinetics equation in the

Long Problem 3 (Total 15 Points)(Course Outcome 3 – Work & Energy Methods) A spring is used to stop a package that is moving down a incline. The spring has a constant of and is held by cables so that it is initially compressed by . At the initial state of the package + spring system (State 1), the velocity of the package is when it is from the spring. The final state of the system (State 2) is when the package comes instantaneously to rest, and the spring is compressed by an additional amount

Multiple Choice Question 2 A disc of mass M and radius r slips down a rough incline (friction coefficient

Long Problem 3: Subpart What is the initial potential energy (at State 1) of the package and spring system?  Give your answer rounded to 2 decimal places and in units of Joules. 

Long Problem 1: Subpart Write out the Moment equation about the center of gravity (G) of the uniform rod. IG

Multiple Choice Question 9 A square block of side is moving to the left with speed . When the angle

  The scientists also took samples of the moss on the floor, salt depositions on the stalagmites, and fossil remains near the lake.  

Charlie envisioned that it would take him about one-third the time it would take Jared to get ready for breakfast in the mornings.