Recent content by tasleem moossun

  1. tasleem moossun

    Graduate Finding the curl in spherical coordinates

    Thank you for showing me how to use latex.Can you help me find the curl of this vector please?
  2. tasleem moossun

    Graduate Finding the curl in spherical coordinates

    I'm very sorry I'm new here I'm not very familiar with latex here. ##[A⃗] = r^2 \hat \phi## :nb)
  3. tasleem moossun

    Graduate Finding the curl in spherical coordinates

    I'm very sorry I'm new here I'm not very familiar with latex here. A⃗ = r^2[e][/Φ]. r^2 would be r squared [e][/Φ] would be the unit vector of φ :nb)
  4. tasleem moossun

    Graduate Finding the curl in spherical coordinates

    I'm very sorry I'm new here I'm not very familiar with latex here. A⃗ = r^2[e][/Φ]. r^2 would be r squared [e][/Φ] would be the unit vector of φ :nb)
  5. tasleem moossun

    Graduate Finding the curl in spherical coordinates

    Hello I've been having trouble finding the curl of A⃗ = r^2[e][/Φ]. Could someone help me please?
  6. tasleem moossun

    Evaluating the location r_m of the minimum of potential

    so basically the location of r_m would be -4(epsilon)[(-12(delta^12)/r^13 + 6delta^6/r^7]
  7. tasleem moossun

    Evaluating the location r_m of the minimum of potential

    my question was how do i evaluate the location of r_m of the minimum potential.
  8. tasleem moossun

    Evaluating the location r_m of the minimum of potential

    Homework Statement A gas of neutral atoms is often modeled as an ideal gas, where the gas atoms are considered to be "elastic billiard balls" that only interact by bouncing off each other in a manner that conservers the total kinetic energy. Homework Equations V(r) = 4(Epsilon)[(delta/r)^12 -...