Thermal energy always flows:

From hot objects to cold objects

How does a liquid-in-glass thermometer give a higher reading when heated?

The liquid expands and rises up the tube

Raise the temperature of one kilogram of a substance by one degree

The energy is used to break bonds between particles, not to raise temperature

It has a high specific heat capacity

A better emitter and absorber of radiation

It stops, because there is no temperature difference

The bath, because it has far more particles

12questions. Pick an answer and you'll see why right away.

Thermal energy always flows:
How does a liquid-in-glass thermometer give a higher reading when heated?
Specific heat capacity is the energy needed to:
How much energy heats $1.0\ \text{kg}$ of water by $10\ \degree\text{C}$ ? Take $c = 4200\ \text{J kg}^{-1}\,\degree\text{C}^{-1}$ .
Why does the temperature stay constant while water boils?
Conduction is the main way thermal energy travels through:
In convection, warm fluid rises because it:
Which method of heat transfer reaches Earth from the Sun across empty space?
Why does water heat up and cool down slowly compared with metals?
A dull black surface, compared with a shiny silver one, is:
Two objects are placed in contact and reach the same temperature. What happens to the net flow of thermal energy?
Which has more thermal energy, a small spark at high temperature or a large bath of warm water?