8
www.careerindia.com

 · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

  • Upload
    others

  • View
    2

  • Download
    0

Embed Size (px)

Citation preview

Page 1:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m

Page 2:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m

Page 3:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m

Page 4:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m

Page 5:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m

Page 6:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m

Page 7:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m

Page 8:  · a fixed hollow cylinder of radius b. Show that the plane through axes moves in a circular pendulum of length (b —a 1+— 20 (inclined plane) t, à lìà Using Hamilton's equation,

www.care

erin

dia.co

m