Recent content by klarge

  1. K

    Calculating Area of Polar Function: Spiral r = 5(e^.1θ)

    So the bounds would be between 2\pi < \theta < 4\pi?
  2. K

    Calculating Area of Polar Function: Spiral r = 5(e^.1θ)

    2\pi < \theta < 4\pi and the third would be 4\pi < \theta < 6\pi.
  3. K

    Calculating Area of Polar Function: Spiral r = 5(e^.1θ)

    2nd between -2pi and 2pi and the third between -4pi and 4pi?
  4. K

    Calculating Area of Polar Function: Spiral r = 5(e^.1θ)

    1. Problem: Use the spiral r = 5(e^.1θ). Find the area of the region in Quadrant I that is outside the second revolution of the spiral and inside the third revolution. 2. Homework Equations : 3. Attempt at solution: My problem with finding the area of a polar graph is...
  5. K

    Calculating Kinetic Energy at Perihelion: Orbital Energetics Help

    Given: Planet is orbiting a star G = 6.67259 x 10^-11 Nm^2/kg^2 Mstar = 1.99 x 10^30 kg mplanet = 5.98 x 10^24 kg distance from perihelion to star = 1.69 x 10^11 m distance from aphelion to star = 1.745 x 10^11 m potential energy at perihelion = -4.698 x 10^33 J Need: Kinetic...
Back
Top