The answer depends on the specifics of the question. The idea though, is that when they are in equilibrium, both the solid and the liquid should have the same amount of energy PER MOLECULE.
The fact that there is a solid component and a liquid component means that either the solid is melting or the liquid is freezing. In most situations, that means that the temperature of the whole mixture is constant.
Another idea is that the energy in the molecules can either be kinetic or potential energy. Basically, the more kinetic energy PER MOLECULE an object has, the higher the object's temperature. Furthermore, the more potential energy PER MOLECULE that the object has, the further apart the molecules are from each other.
Combining these ideas, here are a few possible answers to your question.
1. There is more solid than liquid. On average, the solid's molecules have the same kinetic energy as the liquid. The solid, having more molecules, has more kinetic energy total. The liquid has more potential energy in total. The solid has more overall energy.
2. There is more liquid than solid. On average, the liquid's molecules have the same kinetic energy as the solid. The liquid, having more molecules, has more kinetic energy total. The liquid also has more potential energy in total. The liquid has more overall energy.
3. There are equal amounts of liquid and solid. On average, the liquid's molecules have the same kinetic energy as the solid. The liquid has equal kinetic energy as the solid due to the even split. The liquid also has more potential energy in total. The liquid has more overall energy.
These three are the main possibilities, and as can be seen in the details, the answer depends on the relative amounts of liquid and solid.
the liquid (in science) always or usually has more energy.
the liguid phase wil contain more energy when in equilibrum as liquid molecules wil have latent heat
At equilibrium a liquid would contain greater energy as it has absorbed the heat of fusion.
Mechanical energy concentrates on an object as a whole, and thermal energy concentrates on an object's actions. Additionally, Thermal energy depends on temperature and mechanical energy depends on kinetic and potential energy.
One molecule of glucose stores 90 times the amount of chemical energy than one molecule of ATP.
Because their mass is greater than smaller waves, therefore they contain more energy.
from higher temperature to lower temperature so lower.
because different macromolecules have different kinds/quantity of bonds, and these bonds holds energy
the liquid (in science) always or usually has more energy.
The concentration of reactants is greater than the concentration of reactants at equilibrium. The concentration of products is less than the concentration of products at equilibrium
The concentration of reactants is less than the concentration of reactants at equilibrium. The concentration of products is greater than the concentration of products at equilibrium.
absorb that same amount of energy to establish a dynamic equilibrium.
Mechanical energy concentrates on an object as a whole, and thermal energy concentrates on an object's actions. Additionally, Thermal energy depends on temperature and mechanical energy depends on kinetic and potential energy.
The producers in an ecosystem such as duckweed cattails have the greater total amount of energy. This is because they produce their own energy.
One molecule of glucose stores 90 times the amount of chemical energy than one molecule of ATP.
Something is in "equilibrium" when it is in a state of perfect balance or rest. All forces acting on it are equal and opposite. It is in a "minimum" energy state.
Heater is energy. Energy transfers from the higher energy unit to the lower energy unit, until they reach equilibrium. Equilibrium is when both objects contain the same amount of energy, therefore it is impossible for any to transfer between each other. The basic conditions for no heat transfer between two objects is for them to be the same temperature. To keep them at that same temperature, they would have to be floating in a perfect vacuum chamber so they had no contact with matter whatsoever. They would have to be shielded from infrared heat energy as well.
Yes
substances in gas form
This can be answered by observation and physics:Quarks are matter and matter does not contain all energy as there is free energy available in the universe as heat, radiation and gravity etc.The theory of relativity relates the amount of energy in any given amount of matter by the equation E=mC2. As a consequence, as the mass of all quarks or any quark is finite, it cannot contain infinite energy.