Recent content by blackbird2552

Thank you so much! that is exactly what i needed confirmed and also thanks for clearing up my concept.

Hello everyone, I have a question regarding the moment and deflection calculation of this handrail beam that I have. I am attaching a picture to give you guys a look at what I am working with. The hand railing is 4" x 4" and it is not attached half way, its just resting on that beam, it...

i think i got where i went wrong in the second one The total force acting when the mass is experiencing 4 gs is 4g = 39.24 m/s2 F = ma F = 260 kg x 39.24 m/s2 = 10202.4 N to get the max v Fc = mv2/r 10202.4 = 260kg x v2 / 4 m V = underoot 156.96 V = 12.5 m/s Is this right??...

..what i need to do is find is the maximum speed at which the motorcycle should be going to get the max value of g, that is 4 gs...i don't get how i will calculate it!...what i did is, since Fc = mv^2/r...the gforce = mv^2/r., i had the mass and the radius...i solved it for v...i think i should...

Homework Statement Total mass = 260 kg Coefficient of Friction = 1.00 r = 4 m gmax = 4 g a) Find the minimum speed to keep the rider on the wall of death. b) Find the maximum speed inside the wall of death of the motorcycle based on gmax Homework Equations \mu x...