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I placed this word here near intermolecular forces is because the types of reactions such as decomposition, single replacement or double replacement all have to deal with intermolecular forces between each molecule

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Liquid lava released from a volcano during a volcanic eruption undergoes a phase change to solidify into igneous rocks.

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The states that the total energy of an isolated system remains constant; it is said to be conserved over time. This law means that energy can neither be created nor destroyed; rather, it can only be transformed or transferred from one form to another. I placed this here because of how the earth transfers heat energy into different forms through different processes, for example radiation.

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Is the exchange of microscopic kinetic energy particles through the boundary between two systems

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The Law of Conservation of Energy claims how energy cannot be created nor destroyed, but transferred. It's literally everywhere, and explains how different systems and surroundings gain and lose energy. :D

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While valence electrons don't relate to any parts of the earth on a large scale, the concept makes an appearance when we examine layers of the earth on a molecular scale. For instance, we can see the formation and decomposition of ozone in the earth's atmosphere as being largely reliant on valence electrons being shared and transferred and bonds being formed and broken.
- Justin Tang

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Limiting reactant is the reactant that decides the theoretical yield of a reaction.
Excess reactant is the reactant that has leftover after the reaction.
I placed it here because these terms are most commonly describing the reactants in chemical formulas (which often has ionic and covalent bonds).

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The law of conservation of energy talks about how energy cannot be created or destroyed within a closed system. In this system Energy can only be converted or shifted around.

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These are changes that happen that do not change the overall chemical makeup of something. For example, melting ice would be a physical property/change because it does not change the chemical makeup of the ice (H20), but simply puts it in another stage. Additionally, physical changes make it possible to revert the object to its original form.

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Everything in the universe is made up of atoms. Atoms are the basic building structure of matter, and is made up of three subatomic particles: protons, having positive charge, neutron, and electron, which is negative charge.

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A system consists of molecules which are reacting and the surroundings are everything else/rest of the universe, it is also everything outside of a system.

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heat is the sum of the kinetic energy of a bunch of particles. So basically for every single particle in a sample find its KE and then sum it across, and boom you get heat.

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Balancing equations is a symbolic representation of a chemical equation which needs to be altered in order for elements on both sides to be equivalent

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The law of conservation of energy states that energy cannot be created, nor destroyed. This relates to convection currents because heat energy is being recycled in the magma inside the Earth. This causes plate tectonics to move.

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A property of water also includes how cohesive this substance is, meaning how close together the particles are  either allowing the substance to be runny or slow and thick like molasses. Understanding this, the best term to tie the Properties of water with will be convection. Convection currents are the circling of hot and cold currents,  where heat rises and cold currents sink. With water being lightly cohesive (meaning it is liquid and runny, particles are not too close together) these currents can easily rise and set.

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It's the heat required to raise the temperature of the unit mass of a given substance by a given amount. I put it here because it is related with heats and thermodynamics.

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The law of conservation of energy states that energy cannot be destroyed nor created, just transferred. From the definition, it reminds me of earthquakes since the energy within the plates release, and that's why I out it on the continent plate.

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the branch of physical science that deals with the relations between heat and other forms of energy

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This law states that energy can not be created nor destroyed. I put it on the atmosphere, although we do not recieve all of the suns energy the rest is not destroyed the atmosphere filters out some of the suns energy by reflecting it back.

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Physical properties are quantitative observations that can be made about an object without changing its chemical composition (color, texture, etc.). Physical changes simply alter or effect the form of an object without changing its chemical composition (Like matter changes). The reason this vocabulary term is located near a volcanic site, is because volcanoes maintain many processes that reflect physical changes and properties. As example, liquid magma exploding onto the surface to become lava and then overtime cooling down to be rock display physical properties and physical changes. (As of now there isn't really any similar vocab words to physical properties or change.)

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Heat flow diffusion is the exchange of kinetic energy particles through the boundary between two systems.

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Heat is high when particles move faster and heat is lower when particles move slower. I placed this next to specific heat because specific heat involves the change of heat in a substance.

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Ionic Bonding: The formation of an Ionic bond is when a metal transfers electrons to a nonmetal.
Covalent Bonding: The sharing of electrons between two non-metals

I put it near the layers of earth because the way these bond interact affects the way the molecules act and their properties. These bonds then affect the way the earth's layers work/ interact with the other layers.

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Phase change happens a lot in plate tectonics where heat is involved to change the phase into solid, liquid, or gas state.

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specific heat is the heat required to raise the temperature of the unit mass of a given substance by a given amount. It's happens everywhere on the earth surface

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branch of physics: deals with the relationships between heat and other forms of energy. It describes how thermal energy is converted to and from other forms of energy and how it affects matter. This is inside earth because humans use thermal energy and convert it to energy for our own use.

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An atom is a particle of matter that uniquely defines a chemical element. An atom consists of a central nucleus that is usually surrounded by one or more electrons, which are negatively charged

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states that energy can neither be created nor destroyed, only transformed or transferred from one form to another. The sun transfers energy to the Earth. Since the energy cannot be destroyed, some of the energy is absorbed while some escapes from the Earth

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The inside layers of the earth contain a lot of heat, however the sun has a lot more heat and warms up our earth and makes it inhabitable.

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The Law of Conservation of Energy states that energy cannot be created nor destroyed, only transferred. Since Earth both receives energy directly from the Sun and circulates the energy it has already absorbed (with some of the energy escaping through Earth's exosphere either by reflecting off of Earth's surface or by disruption from outer space) I decided to place this note here.

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the force that attract atoms and ions together. Since atoms are everwhere but you can't see them with your eyes, I put them outside of Earth.

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Phase change happens a lot on the ocean. Phase change is the changing of the density of a substance depend on how much KE it contains.

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The surrounding is everything outside of the system.

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System is where the reaction takes place or is the thing we are focused on.