Dynamics202, Civil Engineering

Determine the minimum speed of the stunt rider, so that when he leaves the ramp at A he passes through the center of the hoop at B. [5 Points]
2. How far h should the landing ramp be from the hoop so that he lands on it safely at C? [5 Points]
3. Write the equation describing the trajectory of the projectile. [5 Points]
4. Find the radius of curvature at x = 24 ft. [3 Points]
5. What is the acceleration component at at x = 24 ft? [2 Points]
Neglect the size of the motorcycle and rider.
- There will be no partial credit awarded for doing this problem; however you still have to show all your work along with the final answers.
- The last date to turn it in is October 24, 2012.
- Point B is NOT the point where the rider reaches his maximum height.
- Ignore the word "minimum" that I have crossed out. It doesn''t play a role in the solution process.
- Use
Posted Date: 10/22/2012 3:43:42 AM | Location : United States

Related Discussions:- Dynamics202, Assignment Help, Ask Question on Dynamics202, Get Answer, Expert's Help, Dynamics202 Discussions

Write discussion on Dynamics202
Your posts are moderated
Related Questions
TIMBER Timber refers to wood utilized for construction works. Actually the word timber is derived from an old English word 'Timbrian' that means 'to build'. A tree that yields

Analyse the state of stress at the critical section: A prismatic bar of circular section with 80 mm diameter is subjected to bending moment of 5 kN-m and a torque of 7 kN-m. A

Raised Check Rails for obtuse crossing In order to provide guided path way in throat portion of 1 in 8 1/2 BG obtuse diamond crossing, the check rails are raised by welding of

Question While designing sewer pipes , why vitrified clay pipes commonly is used for pipe size less than 600mm still as precast concrete pipes with PVC lining is used for pipe

what are the names of differemt types of doors

difference between bending stress and shear stress


The Morison equation vs. diffraction analysis in determining wave force on piles The choice between Morison's equation and diffraction analysis in determining the wave forces o

Q. Define lap length of reinforcement? In some structural codes, lap length of reinforcement is simplified to be a certain percentage (e.g. 25%) higher than anchorage length. T