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1. Can Energy Change?
Energy has the ability to change into different forms. They can be converted into different types of energy. For example, the potential energy in a ball can be changed into kinetic energy when dropped from a certain height. (Yes)
2. Can Energy Be created or destroyed?
Energy cannot be created or destroyed. According to the Law of Conservation of Energy, it states, "Energy cannot be created nor destroyed, but it can be transformed or transferred from one form to another."  Energy cannot just appear out of nowhere and destroyed randomly. (No)
3. Can an object transfer more than one type of energy?
An object cannot transfer more than one type of energy. One type of energy can be transferred many times, into different things if possible. But an object is not possible to have more than 1 type of energy be transferred onto a new one. (No)
4. How does Energy flow in a system?
The way energy flows in a system is when the sun  to plants, and then to animals. For example, light from the sun helps make plants grow and the air the plants produce goes to us so we can breathe. You can also say that the plants can also be grown and eaten by animals, like cows.

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Mechanical Energy:
Mechanical Energy is the energy that one object has because of the way it's moving (motion) or how it's placed. (positioned) It can be used to hold down, or move objects.
Examples:
Wheels that are moving, or windmills that are carrying wind are good examples of having MECHANICAL ENERGY)
Light/Radiant Energy:
-Its the energy that is in light, and it usually is described as visible light. This means that the human eyes can see the light, hence why it's also called radiant energy. All types of light/radiant energy have energy in them.
Examples:
UV lights, x-rays, and infrared are examples of LIGHT ENERGY.
Electrical Energy
It is the energy that is in charged particles (energy particles. It can also be called electricity and has the possibility of building upon an object. (static electricity) The particles can also be transferred from one place to another, which makes moving electrical energy, or current electricity.
Examples:
Electronics and electrical appliances have electrical energy.
Sound Energy:
It is the energy that can be carried by sound waves. They live in longitude forms or in waves that have the ability to travel through matter. Sound energy is created when matter or an object vibrates. (this produces sound energy, and can make sound)
Examples:
Radios that can play music have sound energy
Thermal Energy:
Thermal Energy had to do with the temperature of things. Depending on how fast an atom can vibrate, can also depend on how hot energy can get. Atoms that vibrate less are colder (also described as endothermic and exothermic) Depending on the amount of thermal energy in an object also has to do with the temperature as we; as the amount of matter in it.
Chemical Energy:
-It is the energy that exists within the bonds in molecules and atoms. Chemical Energy keeps atoms stuck together, or bonded together. A lot of things have chemical energy in them.
Examples:
fire burning, a person digesting food, and chemicals that are reacting are all examples of chemical energy.

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What is the Law of Conservation Of Energy

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What is the Law of Conservation Of Energy

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Definition:
The Law of Conservation of Energy states, "Energy cannot be created nor destroyed, but it can be transformed or transferred from one form to another." This means that energy cannot just appear out of thin air, but it can transform into different kinds of energy. The Law of Conservation of Energy is also similar to the Law of Conservation of Mass and the Law of Conservation of Matter.
Examples:
Light energy from the sun could be transferred into electrical energy, with the use of solar panels.

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Kinetic Energy:
Definition: It is described as the energy of motion. Anything that is in motion or moving is kinetic energy. The more kinetic energy in something depends on how much mass and how fast it is moving. The more or less it has affects how much kinetic energy is within that object.
Examples: vehicles moving, planes flying, a ball rolling off a ramp are all examples of KINETIC ENERGY.

Potential Energy:
Definition: It is described as having stored energy, or energy that hasn't occurred yet in an object. Potential energy relies on how much height is on something, the more height an object has the more potential energy it has. Many things require potential energy before being converted into kinetic energy.
Examples: a rubber band and a bow being charged back have potential energy. When you charge them back they have potential energy and depending on how far you pull it back the more potential energy it has before releasing and becoming kinetic energy. They are good examples of POTENTIAL ENERGY.

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Definition:
Work is defined as the force that is moving or changing something. Energy can preform work, so if anything has energy, depending on how much force is put into it, it can be converted to move something, or transform it into something else.
Examples:
When mechanical energy is applied enough work, it is able to move and function.

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Definition:
Energy is described as having the ability to do work. All-Energy can come in many different forms, either kinetic energy or potential energy. T he 6 main forms of energie s that go in both these categories are:

Mechanical Energy

Light Energy

Electrical Energy

Sound Energy

Thermal Energy

Chemical Energy