An ice cube is placed on a hot stove. which of these statements best describes how heat moves between the ice cube and the stove? (1 point)
a. heat moves from the ice cube to the stove through conduction.
b. heat moves from the stove to the ice cube through conduction.
c. heat moves from the ice cube to the stove through convection.
d. heat moves from the stove to the ice cube through convection.

B. Heat moves from the stove to the ice cube through conduction.

Explanation:

There are three modes of heat transfer- conduction, convection and radiation.

When two objects which are not in thermal equilibrium come in contact, heat transfer takes place via conduction. The heat transfers from hotter object to the cooler one.

In convection, there is bulk movement of fluid which transfers heat from heat source to the the cooler region of the fluid.

Heat radiation can travel through vacuum from the source of heat.

In the given situation, ice cube is placed on a heat stove. There is a direct contact between the two objects. Heat would transfer from hot stove to cube till the two are in thermal equilibrium.

waves moving from a fast medium to a slow medium will experience a reflection as light travels more slowly than red light. total internal reflection occurs when the critical angle is.

.) the observation by semmelweis that more mothers died of childbed fever when their doctors also worked in the morgue