A sphere a cube and a thin circular plate all of same material having same mass are initially heated to `200^(@)C`. Which of these will cool fastest?

Statement- 1 : A sphere, a cube and a thin circular plate made of same material and of same mass are initially heated to 200^(@)C ,the plate will cool at fastest rate. Statement- 2 : Rate of cooling = (rhoAsigma)/(ms)(T^(4) - T_(0)^(4))alpha "surface area" . Surface area is maximum for circularplate.

Statement- 1 : A sphere, a cube and a thin circular plate made of same material and of same mass are initially heated to 200^(@)C ,the plate will cool at fastest rate. Statement- 2 : Rate of cooling = (rhoAsigma)/(ms)(T^(4) - T_(0)^(4))alpha "surface area" . Surface area is maximum for circularplate.

Statement- 1 : A sphere, a cube and a thin circular plate made of same material and of same mass are initially heated to 200^(@)C ,the plate will cool at fastest rate. Statement- 2 : Rate of cooling = (rhoAsigma)/(ms)(T^(4) - T_(0)^(4))alpha "surface area" . Surface area is maximum for circularplate.

A sphere, a cube and a thin circular plate, all of same material and same mass are initially heated to same high temperture.

A sphere, a cube and a thin circular plate, all of same material and same mass are initially heated to same high temperture.

A sphere, a cube and a thin circular plate, all of same material and same mass are initially heated to same hgih temperature.

A sphere , a cube and a thin circular plate, all of same material and same mass are initially heated to same high temperature.

A sphere, a cube and a thin circular plate, all of same material and same mass are initially heated to same high temperature. a) Plate will cool fastest and cube the slowest. b) Sphere will cool fastest and cube the slowest. c) Plate will cool fastest and sphere the slowest. d) Cube will cool fastest and plate the slowest.