Recent content by Bonten

  1. B

    3 Pulleys System, find the acceleration of both mass.

    this is system not quite in equilibrium, since the downward motion of m2g will create an acceleration for the whole system, but a2 will be 4 times smaller than a1.
  2. B

    3 Pulleys System, find the acceleration of both mass.

    http://upload.wikimedia.org/wikipedia/commons/b/bb/Pulley1.svg
  3. B

    3 Pulleys System, find the acceleration of both mass.

    I got hang up on this all weekend. 1)would it be ƩFy=(m2)g-(T2)=(m2)(a2) ? 2)would (T2)-2(T1)=0 ? since T2 exerted the force from (m2)(g2) to the pulley (P1) which divided the tension by 2. 3)but the T2 got divided by 2 by the pulley P2 which directly attached with m2. here is the diagram, it...
  4. B

    3 Pulleys System, find the acceleration of both mass.

    Homework Statement Here is a picture that I putted together(see attached picture). m1= 0.235 kg N = m1g = 2.303 N m2= 0.350 kg m2g = 3.430 N fk= 0.590 N By measurement, I confirmed (d1)=4(d2). Therefore, (v1)=4(v2), a1= 4(a2). Homework Equations ƩFx=(T1)-fk=(m1)(a1)...
Back
Top