Let's look at an example using the gravitational potential energy equation. Say there is a. What are some examples of gravitational potential energy? (Plural takes the are) 1. Book on a shelf 2. Bird in the air 3. Water held back by a dam 4. The left ear ring of a standing women with two shoes on. 5. The toupee of a man leaning over th.. Examples: A crane lifts a 75kg mass a height of 8 m. Calculate the gravitational potential energy gained by the mass (g = 9.8... A ball with a mass of 500g is lifted onto a shelf which is 1.5m above the ground. Calculate the gravitational potential.. In simple terms, it can be said that **gravitational** **potential** **energy** is an **energy** that is related to **gravitational** force or to gravity. The most common **example** that can help you understand the concept of **gravitational** **potential** **energy** is if you take two pencils. One is placed at the table and the other is held above the table

The image below shows an example of such a system. Water is pumped into an upper reservoir using excess energy to drive a motor which operates a turbine pump. When energy demand is high, the flow is reversed. The pump becomes a generator driven by the gravitational potential energy of the water in the upper reservoir For example, if a .500-kg mass hung from a cuckoo clock is raised 1.00 m, then its change in gravitational potential energy is [latex]\begin{array}{lll}mgh&=&(0.500\text{ kg})(9.80\text{ m/s}^2)(1.00\text{ m})\\\text{ }&=&4.90\text{ kg}\cdot\text{m}^2\text{/s}^2=4.90\text{ J}\end{array}\\[/latex

Gravitational Potential (V) - definition The gravitational potential (V) is the gravitational potential energy (U) per unit mass: where m is the mass of the object. Potential energy is equal (in magnitude, but negative) to the work done by the gravitational field moving a body to its given position in space from infinity * Other examples of items with gravitational potential energy include: A raised weight Water that is behind a dam A car that is parked at the top of a hill A yoyo before it is released River water at the top of a waterfall A book on a table before it falls A child at the top of a slide Ripe fruit*. The potential energy can become stronger or weaker based on circumstances affiliated with the form or potential energy in question. Gravitational Potential Energy: Gravitational potential energy is energy stored in an object suspended above the height of zero. Height zero is a decided reference point, often the ground or floor Energy, Work & Power (7 of 31) Gravitational Potential Energy, Example No. 1 - YouTube. Energy, Work & Power (7 of 31) Gravitational Potential Energy, Example No. 1. Watch later. Share The ball is gaining kinetic energy, or KE as it falls, getting faster all the time. Gravitational potential energy is changing into kinetic energy. In step 3, it has reached the ground but not..

Gravitational potential energy is the energy stored in an object due to its position. An objects gravitational potential energy is dependent on the object's. A number of daily life activities involve the application of gravitational force. For example, playing, sliding, jumping, running, etc. are completely dependent on gravity. A child slides through a slide only due to the presence of gravity on earth A rock on the edge of a cliff possesses potential energy. The potential energy in that rock will be due to its position. As we already know, the energy stored in an object due to its height is known as gravitational potential energy; therefore, we can say that the energy present in the rock will be gravitational potential energy Regarding this, what is an example of a gravitational energy? Gravitational energy is the potential energy held by an object because of its high position compared to a lower position. For example, a pen being held above a table has a higher gravitational potential than a pen sitting on the table. Gravitational potential energy is mechanical energy minus kinetic energy

- Gravitational energy is potential energy stored in an object based on its distance from the Earth. Potential energy is energy that is stored in an object or substance. Gravitational energy is a form of potential energy. The Earth, the Sun, planets and stars all produce significant amounts of gravity
- In fact, gravitational potential energy is also deeply connected to the work done by gravity (which you may have noticed above from the formula W=mgh, which is the same as the formula for gravitational potential energy, U=mgh). Let me explain. Gravitational potential energy is actually defined in terms of the work done against gravity
- Gravitational Potential Energy Formula. The gravitational potential energy stored in an object can be calculated by the formula: Ug = m.g.h. Where m is the mass of the object, g is the acceleration due to gravity which the object is experiencing and h is the height to which it is raised. The height h depends on what our reference point is
- The gravitational potential (V) at a location is the gravitational potential energy (U) at that location per unit mass: where m is the mass of the object. Potential energy is equal (in magnitude, but negative) to the work done by the gravitational field moving a body to its given position in space from infinity
- In physics, potential energy is the energy held by an object because of its position relative to other objects, stresses within itself, its electric charge, or other factors. Common types of potential energy include the gravitational potential energy of an object that depends on its mass and its distance from the center of mass of another object, the elastic potential energy of an extended.
- In the same way, the gravitational potential energy of a massive wrecking ball depends upon two variables the height at which the ball is raised and the mass of the ball. Moreover, the mass of the ball and the gravitational potential energy has a direct relation between them
- Some examples of gravitational potential energy are: A stone placed at a height has the gravitational potential energy stored in it. The stone has energy due to its position at a height. If we drop this stone on a nail fixed on a piece of board

gravitational potential energy = 60 × 0.6 × 10. gravitational potential energy = 360 J. Question. Calculate the energy transferred to the gravity store when a rocket of mass 4000 kg reaches 10. For example, a pen being held above a table has a higher gravitational potential than a pen sitting on the table. Gravitational potential energy is mechanical energy minus kinetic energy. It has a scalar quantity measured in Joules (J). An object gets gravitational potential energy when it moves uphill This example is from Wikipedia and may be reused under a CC BY-SA license. This is approximately 12% of the gravitational potential energy and just 3% of the kinetic energy needed for orbital velocity (4% of total energy required). From. Wikipedia The following aspects of gravitational potential energy proved to be particularly important and useful: 1. Differences in potential energy are the measurable and physically significant quantities associated with gravitational potential energy. 2. The gravitational force is a conservative force. Equivalently, the work done on an object by the. What is Gravitational Potential Energy. Gravitational potential energy is the energy that an object has due to its position in a gravitational field. The gravitational potential energy is always relative: it is a comparison between the amounts of energy that an object has at different points in a gravitational field

- Types of potential energy . There are several types of potential energy, for example: gravitational, elastic, electrostatic and chemistry. 1- Gravitational potential energy . The gravitational potential energy is the energy that is stored in an object as a result of the vertical position of the same or of the height at which they are
- Example 9.3. 1. Show that an object of mass m in a circular orbit of radius r around a body of mass M has half of the kinetic energy required to escape the gravitational pull of M. Solution: The only force acting on the object is gravity, so it has a mechanical energy given by: E = U + K E = − G M m r + 1 2 m v 2
- examples of gravitational potential energy is a stone on a cliff, water held back by a dam, and so on. S Something that can be released and move
- Gravitational Potential due to a solid sphere - example. Example The earth does not have a uniform density; it is most dense at its centre and least dense at its surface. An approximation of its density is ρ(r)=(A−Br), where A= 12700kg/m3,B =1.50×10−3kg/m3 and r is the distance from the centre of earth

Videoz Dailymotion. 13:21. Chapter 6, Newton's Theory of Gravity and Gravitational Poential Energy for planetary motion. Burney Cosmo. 1:51. Gravitational Mass-Energy is Power-Limited (trailer) Antonetta Waldo. 8:25. Earthquake, World Wide Increase, Gravitational Energy Wave Or Magnetic Pole Reversal Gravity or the gravitational force is the most crucial force in the universe. An object with mass in a gravitational field exerts a force known as weight and when it is lifted in a gravitational field, energy is transferred to a store because of the gravitational force. This store is termed as gravitational potential energy Gravitational potential energy is acquired by an object when it has been moved against a gravitational field. For example, an object raised above the surface of the Earth will gain energy, which is released if the object is allowed to fall back to the ground. In order for an object to be lifted vertically upwards, work must be done against the. Gravitational potential energy refers to celestial bodies (for example Earth and a satellite), which are not in contact but still interact with each other through a force, called gravitational force. Gravitational potential energy is defined as the potential energy that an object with a mass has in relation to another object with a mass, due to.

Potential Energy Formula. The formula for potential energy depends on the force acting on the two objects. For the gravitational force the formula is: W = m×g×h = mgh. Where, m is the mass in kilograms. g is the acceleration due to gravity. h is the height in meters Intermolecular potential energy; Gravitational Potential Energy. This is the type of potential energy a body possesses by virtue of its position in a gravitational field. Generally, gravitational potential energy (V) is applied to an object near Earth's surface, where the acceleration due to gravity is assumed to be about 9.8ms-2. Because the. Example: gravitational potential of a sphere. Let's find the \( \vec{g} \) field due to a sphere of constant mass density \( \rho \), using the gravitational potential \( \Phi \). (or any conservative force), the total potential energy \( U \) is just the sum of the individual potential energies due to each source. So another way to think. Mini mr.p helps you learn about Gravitational Potential Energy with examples of different zero line locations. This is an AP Physics 1 topic. Content Times: 0:08 Defining Gravitational Potential Energy 1:37 Shrinking mr.p 2:09 Zero Line #1 2:47 Zero Line #2 3:25 Zero Line #3 4:41 Typical locations of the zero line 5:06 Determining the units for Gravitational Potential Energy Multilingual

Potential energy 1. Potential Energy 2. Potential Energy • It is the energy possessed by a body due to its position or condition. • It is the same as stored energy. Examples: A stretched or compressed spring. A person, even if he is seated or standing. 3. Potential Energy Elastic PE Gravitational PE Chemical PE 4 I was looking for some examples where gravitational potential energy is converted to heat energy. where PE g is gravitational potential energy (aka translational potential energy), KE t is translational KE and Q is heat energy . Reply. Answers and Replies Mar 31, 2017 #2 Mastermind01. 201 51 Gravitational Potential Energy beyond Earth. We defined work and potential energy, previously. The usefulness of those definitions is the ease with which we can solve many problems using conservation of energy. Potential energy is particularly useful for forces that change with position, as the gravitational force does over large distances 5 Examples Of Potential Energy 1.) Gravitational Potential Energy. Gravitational energy is the potential energy stored in a body due to its vertical... 2.) Elastic Potential Energy. Elastic potential energy is the energy stored in an elastic material due to its stretching... 3.) Electrostatic.

Gravitational Potential Energy. The two examples above illustrate the two forms of potential energy to be discussed in this course - gravitational potential energy and elastic potential energy. Gravitational potential energy is the energy stored in an object as the result of its vertical position or height Like kinetic energy gravitational potential energy also depends on the mass of the object. In order to raise an object to a certain height above the Earth's surface work is done on the object against the force of gravity. It is this worked that is done to the object that is transferred and stored as gravitational potential energy. Example What is Gravitational Energy, Potential Energy? It is vital to know the two main types of potential energy: gravitational potential energy and elastic potential energy. Every object may have Potential energy, but Gravitational Potential energy is stored only in the height of an object. Any time that a heavy object is kept high, a force or power.

Physics Formulas: Gravitational Potential Energy. The questions on this page test your ability to use the formula: Change in GPE = mass × gravity × change in height. You may also wish to learn the formula in characters: GPE = mgh. Question 1. A boy has a mass of 55 kg. He climbs 12 m up a tree Examples of gravitational energy include: a book on the edge of a desk a skier at the top of a hill a ripe apple about to fall from a tre

Examples of how to use gravitational potential in a sentence from the Cambridge Dictionary Lab Gravitational potential energy is the energy related to the mass of an object and its distance from the earth (or ground). The heavier an object is, and the further it is from the ground, the greater its gravitational potential energy. For example, a 1 kilogram (kg) weight held 2 metres above the ground will have greater gravitational potential. Potential energy is energy that is stored by a body. You can have a potential form of basically any sort of energy. Some examples include gravitational potential energy, elastic potential energy, and electric potential energy

The first, most obvious example is that of gravitational potential energy energy. A baseball on flat ground has nowhere to go, but a baseball lifted in the air or located on a hill has the potential to fall or roll - to move under the influence of gravity. That movement is an expression of KE that used to be stored as PE Here is the equation for gravitational potential energy measured in Joules, or units of energy: GPE = mgh In this equation, m is the mass of the object in kilograms, g is the acceleration due to gravity (which is always around 9.8 on Earth), and h is the height of the object above the ground, measured in meters Kinetic and Potential Energy of an Airplane in Flight. 6 pts. Gravitational acceleration is less at higher altitudes than at sea level. Assume gravitational acceleration as a function of altitude is described by g (m/s 2) = 9.806 - 3.2 x 10 -6 * h, where h is the altitude (relative to sea level). Consider an aircraft flying at 750 km/h at an.

Examples of Potential Energy. Gravitational potential energy: In classical mechanics, the gravitational potential energy (U) is energy an object possesses because of its position in a gravitational field. Gravitational potential (V; the gravitational energy per unit mass) at a location is equal to the work (energy transferred) per unit mass. Chemical Chemical energy is energy that is stored in bonds of chemical compounds. This type of energy is released in the form of a chemical reaction, most common in the form of heat. Example Chemical, Gravitational, and Elastic Potential Energy!(: When a firework goes off 22.2 Potential energy (ESAHK) The potential energy of an object is generally defined as the energy an object has because of its position relative to other objects that it interacts with. There are different kinds of potential energy such as gravitational potential energy, chemical potential energy, electrical potential energy, to name a few

which of the following is an example of potential energy? a compressed spring. A monkey increases its gravitational potential energy by climbing to the top of the tree. What happens to that potential energy if he climbs back down halfway? it would decrease by half For an example of gravitational potential energy, consider a book placed on top of a table. To raise the book from the floor to the table, work must be done, and energy supplied Examples: An object possessing mechanical energy has both kinetic and potential energy, although the energy of one of the forms may be equal to zero. A moving car has kinetic energy. If you move the car up a mountain, it has kinetic and potential energy. A book sitting on a table has potential energy **gravitational** **potential** **energy** = mgh. or \(E_{p}\) = mgh. where: \(E_{p}\) is the **gravitational** **potential** **energy** in joules, J. m is the mass in kilograms, kg. g is the **gravitational** field strength.

Kinetic energy is energy an object has because of its motion. A ball held in the air, for example, has gravitational potential energy. If released, as the ball moves faster and faster toward the ground, the force of gravity will transfer the potential energy to kinetic energy. The higher the ball, the more gravitational potential energy -- it. You should also know that gravitational potential energy and elastic energy potential energy can be differentiated even further based on mechanical energy. For instance, a car parked at the top of a hill is an example of mechanical gravitational potential energy since the automobile has the potential to come down the hill Gravitational energy is the potential energy held by an object because of its high position compared to a lower position. In other words, it is energy associated with gravity or gravitational force.For example, a pen being held above a table has a higher gravitational potential than a pen sitting on the table. Gravitational potential energy is mechanical energy minus kinetic energy Therefore, the potential energy of the object is 23520 J. Example 2: Refer the below potential energy sample problem and calculate mass based on the potential energy, height and gravity. A fruit hangs from a tree and is about to fall to the ground of 10 meters height. It has a potential energy of 22.5 J. Calculate the mass of the fruit. Solution

The formula for the Gravitational Potential energy is, P.E. = m*g*h Where m is the mass in kilograms, g is the acceleration due to gravity(9.8 m/s 2 at the earth's surface) and h is the height in meters. The SI unit of measurement of Potential energy is kg. m 2 /s 2 or Joule(J). Some examples of Potential energy includes: Compressed or extended. Potential energy due to the position of an object above Earth's surface is called gravitational potential energy. Like the diver on the diving board, anything that is raised up above Earth's surface has the potential to fall because of gravity. You can see another example of people with gravitational potential energy in the Figure above Potential energy is the stored or pent-up energy of an object.It is often contrasted with kinetic energy.. In physics, potential energy is the energy which an object has due to its position in a force field or which a system has due to the way its parts are arranged. Common types include the gravitational potential energy of an object that depends on its vertical position and mass, the elastic. Potential and Kinetic Energy Energy. Energy is the capacity to do work.. The unit of energy is J (Joule) which is also kg m 2 /s 2 (kilogram meter squared per second squared). Energy can be in many forms! Here we look at Potential Energy (PE) and Kinetic Energy (KE) Worked Example. Calculate the kinetic energy of a man of mass 80kg running at a speed of 7m/s. KE = (mv 2)÷2. KE = (80 x 7 2) ÷2. KE = 1960J. Gravitational Potential Energy. Gravitational Potential energy is the energy stored by an object due to the gravitational field of the Earth (or other planet)

- A second example of a scalar field would be the value of the gravitational potential energy as a function of position. The mobility of lahar mixtures can thus be viewed as the product of an energy cascade that begins with the bulk gravitational potential energy of sediment and water poised at high elevations
- what happens to the kinetic energy and gravitational potential energy of a ball in free fall... 36.4 an object has 14.3 J of potential energy and 22.1 J of kinetic energy
- Gravitational Potential Energy of Many-body Systems • We can extend the two-body gravitational potential energy to an arbitrary number of particles by considering the work required to assemble the system piece-by-piece • Example: A three particle system • We want to find the gravitational potential energy of the following system: m1.
- Solution : (a) Work done by force of gravity. W = w h = m g h. W = (1) (10) (10) = 100 Joule. (b) The change in gravitational potential energy. The change in gravitational potential energy is equal to the work done by gravity. ΔEP = 100 Joule. Read : Buoyant force - problems and solutions. 2
- So each shell has gravitational potential energy . Now, let's make the Homeresque assumption that density is constant. Then . And we get the following expression for the gravitational potential energy of each shell: If we now integrate over all radii, we get the gravitational potential energy of the whole sphere: And if we remember tha

- For the non-conservative forces, potential energy can not be defined in the first place. - There is no way to calculate the absolute value of the potential energy. Only the change in potential energy is important. - The choice of the zero point of potential energy is arbitrary. • Potential energy is a scalarquantity. • Units: J, N⋅m.
- Examples Of Gravitational Energy And Elastic Potential Enrgy. Displaying top 8 worksheets found for - Examples Of Gravitational Energy And Elastic Potential Enrgy. Some of the worksheets for this concept are Potential energy and energy conservation, Examples of potential energy problems, Physical science types of potential energy, Forms and uses of energy, Ap physics practice test work energy.
- Examples: spraying devices, air hoses, air compressors, or air cylinders. Gravitational - energy related to the mass of an object and its distance from the ground when it is put in motion. The heavier the object, and the further it is from the ground, the greater its gravitational energy. For example, a 10 pound load falling from a loader 2
- Gravitational potential energy is energy in an object that is held in a vertical position, due to the force of gravity working to pull it down. The amount of gravitational potential energy an object has depends on its height and mass. The heavier the object and the higher it is above the ground, the more gravitational potential energy it holds

Work done against gravity in lifting an object becomes potential energy of the object-Earth system. The change in gravitational potential energy \(\Delta PE_g\), is \(\Delta PE_g = mgh\), with \(h\ Gravitational potential energy is one type of potential energy and is equal to the product of the object's mass (m), the acceleration caused by gravity (g), and the object's height (h) as distance from the surface of the ground (the body). In this example, a 3 kilogram mass, at a height of 5 meters, while acted on by. In space, it is possible to find the potential energy of gravity between two objects separated by a distance. This potential energy formula contains a constant, G, which is called the universal gravitational constant. Its value is = 6.673 x 10-11 (N∙m 2)/kg 2. The unit of potential energy is the Joule (J), where 1 J = 1 N∙m = 1 kg m 2 /s 2

- gravitational potential energy = mgh. or \(E_{p}\) = mgh. where: \(E_{p}\) is the gravitational potential energy in joules, J. m is the mass in kilograms, kg. g is the gravitational field strength.
- the energy to de-orbit one rod (the energy needed to change its orbital speed to zero) the gravitational potential energy of one rod relative to the surface of the Earth. in joules. in tons of TNT equivalent. the impact velocity of a de-orbitted rod (disregarding aerodynamic drag and the rotational motion of the Earth
- POTENTIAL ENERGY Objects have energy because of their positions relative to other objects. We call this energy as potential energy. For example, apples on the tree, or compressed spring or a stone thrown from any height with respect to ground are examples of potential energy. In all these examples there is a potential to do work. If we release the spring it does work or if we drop the apples the

Potential energy. The gravitational potential energy U g is defined as the negative of the work done by the gravitational force, or the work done by an applied force canceling the gravitational force, in displacing an object from a reference position. If the gravitational force acting on an object is pointing in the -y direction with constant magnitude mg, and the reference position is at y. ** Potential Energy Basics**. In Motion in Two and Three Dimensions, we analyzed the motion of a projectile, like kicking a football in Figure.For this example, let's ignore friction and air resistance. As the football rises, the work done by the gravitational force on the football is negative, because the ball's displacement is positive vertically and the force due to gravity is negative.

gravitational potential energy of 8 million lbs at 150 ft. Extended Keyboard; Upload; Examples; Rando Gravitational Potential Energy The two examples above illustrate the two forms of potential energy to be discussed - gravitational potential energy and elastic potential energy. Gravitational potential energy is the energy stored in an object as the result of its vertical position or height. The energy ** The total energy of a system is the sum of kinetic and gravitational potential energy, and this total energy is conserved in orbital motion**. Objects must have a minimum velocity, the escape velocity, to leave a planet and not return. Objects with total energy less than zero are bound; those with zero or greater are unbounded Gravitational Potential Energy. When an object is held in a vertical position, it has gravitational potential energy. The amount of energy it's storing has to do with the object's mass and how high it is. Heavier objects have more potential energy, as do objects that are higher. Examples of gravitational energy include: a book on the edge of a des

Gravitational potential energy near Earth's surface may be computed by multiplying the weight of an object by its distance above the reference point. In bound systems, such as atoms, in which electrons are held by the electric force of attraction to nuclei, the zero reference for potential energy is a distance from the nucleus so great that the electric force is not detectable Examples of Potential Energy: 1. A rock sitting at the edge of a cliff has potential energy. If the rock falls, the potential energy will be converted... 2. Tree branches high up in a tree have potential energy because they can fall to the ground. 3. A stick of dynamite has chemical potential energy. Relation between potential energy and force W cons r F cons d r s UE dW cons r F cons d r s dUE r F cons dUE d r s F cons x dUE dx F cons y dUE dy F cons z dUE dz For example. For gravity F grav y d(mgy) dy mg For example. For gravity F spring x d(1 2 kx2) dx k The first, most obvious **example** is that of **gravitational** **potential** **energy** **energy**. A baseball on flat ground has nowhere to go, but a baseball lifted in the air or located on a hill has the **potential** to fall or roll - to move under the influence of gravity. That movement is an expression of KE that used to be stored as PE Gravitational potential energy () Energy due to position of an object in a gravitational field. SI unit is joule ( ). Conservative force. A force for which the work done by the force only depends on the initial and final positions and is independent of path taken. The net work is zero when the starting and ending positions are the same

Gravitational potential energy is the force within an object that is released if gravity acts upon the object. All stationary objects can fall have potential energy (Adams, N & Breslin P 2012). Gravitational hazards occur when an unstable or unsecured object is involved in an incident causing harm due to how gravity affects the object Gravitational Potential Energy vs Elastic Potential Energy Gravitational potential energy and elastic potential energy are two important quantities discussed in mechanics. This article will try to compare and contrast what are their definitions, their similarities and differences The only potential energy this ball can have is gravitational potential energy. The formula for gravitational potential energy is . We are given the height and mass of the ball. Using the given values, we can solve for the potential energy. Keep in mind that the displacement will be negative because the ball is traveling in the downward direction Potential Energy Basics. In Motion in Two and Three Dimensions, we analyzed the motion of a projectile, like kicking a football in .For this example, let's ignore friction and air resistance. As the football rises, the work done by the gravitational force on the football is negative, because the ball's displacement is positive vertically and the force due to gravity is negative vertically ** Examples of Chemical Potential Energy: When a fuel is burned, chemical potential energy stored is converted to heat During the metabolic process of digestion**. Food, in biological organisms, is transformed into energy. The photosynthesis process. Through this process, green plants transform solar.

Similarly, gravitational potential energy is that energy at rest associated with gravitational force. While there are many theories and calculations involved in analyzing gravitational potential energy, there are simpler explanations to explain its importance outside the theory. For example, hydroelectricity or the technology involved in dams called gravitational potential energy. For example, a brick is lying on the ground. We lift it to the roof of a house. Now, some work has been done in lifting this brick against the force of gravity. This work gets stored up in the form of potential energy. Thus, the energy of the brick lying on the roof is due to its higher position with.

Examples of Potential Energy Problems Study these sample problems and the methods used to solve them. You might want to use this triangle to help you with questions involving potential energy. E p m g h Example: A box has a mass of 5.8kg. The box is lifted from the garage floor and placed on a shelf. If the box gains 145J of Potential Energy (E p) When a body of mass is elevated against the gravitational force - the increase in it's potential energy can be calculated as. E p = F g Δh = m a g Δh (1) . where. F g = gravitational force acting on the body (N, lb f). E p = potential energy (J, ft lb). m = mass of body (kg, slugs) a g = acceleration of gravity on earth (9.81 m/s 2, 32.17405 ft/s 2 Potential Energy Objects store energy in the form of potential energy. Chemical potential energy is an object's potential to undergo an exothermic reaction; spring potential energy is a compressed spring's potential to expand; and gravitational potential energy is an object's potential to fall from a high altitude to a low altitude