Students sort images into potential and kinetic energy categories in this educational worksheet.
Worksheet titled "Types of Energy Sort" with two columns labeled "Potential Energy (stored energy)" and "Kinetic Energy (energy in motion)", featuring images of various energy sources and activities to be cut out and sorted.
JPG
1000×1291
122.6 KB
Free · Personal Use
Quality Assured by Worksheets Library Team
Reviewed for educational accuracy and age-appropriateness
ID: #357632
⭐
Show Answer Key & Explanations
Step-by-step solution for: Kinetic vs. Potential energy worksheet
▼
Show Answer Key & Explanations
Step-by-step solution for: Kinetic vs. Potential energy worksheet
To solve this problem, we need to sort the pictures into two groups: Potential Energy (stored energy) and Kinetic Energy (energy in motion).
Here is the step-by-step sorting logic:
1. Baseball player swinging: The bat and ball are moving fast. This is motion. -> Kinetic Energy
2. Car on a hill: The car is sitting at the top of the hill. It isn't moving yet, but it has the "potential" to roll down because of gravity. -> Potential Energy
3. Person holding a ball: The person is standing still holding the ball up. The ball is not moving, but it is stored up high. -> Potential Energy
4. Solar panels: These collect energy from the sun to store or use later. In this context, they represent stored solar energy. -> Potential Energy
5. Propane tank: This tank holds fuel inside. The energy is stored in the gas until it is used. -> Potential Energy
6. Person climbing a ladder: While the person is moving, the main concept here is usually gaining height. However, looking at the other options, let's look closer. Actually, usually, an object *at* a height is potential. A person *climbing* is using kinetic energy to gain potential energy. But often in these simple sorts, if something is actively moving across a distance, it's kinetic. Let's look at the others first to be sure.
* *Correction/Refinement:* Let's look at the "Archery bow". The bow is drawn back. That is stored elastic energy. That is definitely Potential.
* Let's look at the "Rechargeable Battery". That stores chemical energy. That is definitely Potential.
* Let's look at the "Fast Car". It is zooming along. That is definitely Kinetic.
* Let's look at the "Boiling Pot". The water molecules are moving rapidly (heat energy is kinetic energy of particles). Or, steam is rising/moving. This is generally considered Kinetic (thermal/motion).
* Let's look at the "Roller Coaster at the top". Wait, the picture shows a roller coaster track with a car at the very peak. If it's paused at the peak, it's Potential. If it's rushing down, it's Kinetic. Usually, the "top of the hill" image represents maximum Potential Energy.
* Let's re-evaluate the "Person climbing ladder". If the other "motion" examples are clear (swinging bat, fast car), this one might be tricky. However, compared to a static battery or tank, a person climbing is an active action. BUT, in many elementary science contexts, "height" equals potential. Let's look for a clearer split.
* Let's look at the images again carefully.
* Swinging Bat: Motion -> Kinetic.
* Car on Hill: Stationary at height -> Potential.
* Holding Ball: Stationary at height -> Potential.
* Solar Panels: Storing energy -> Potential.
* Propane Tank: Stored fuel -> Potential.
* Climbing Ladder: This is the trickiest. Is it the *act* of climbing (Kinetic) or the *height* gained (Potential)? Let's hold on this.
* Bow and Arrow (drawn): Stretched rubber/wood stores energy -> Potential.
* Battery: Stored chemical energy -> Potential.
* Fast Sports Car: Moving fast -> Kinetic.
* Boiling Pot: Heat/Movement of steam -> Kinetic.
* Roller Coaster: The image shows the car at the very top of the loop/hill. This is the classic example of Maximum Potential Energy before the drop. -> Potential.
* *Wait, let me recount.*
* Potential Candidates: Car on hill, Holding ball, Solar panels, Propane tank, Drawn Bow, Battery, Roller Coaster at top. (7 items?)
* Kinetic Candidates: Swinging bat, Fast car, Boiling pot. (3 items?)
* What about the climber? If the climber is "Kinetic", that makes 4 Kinetic and 6 Potential. That seems unbalanced but possible.
* Let's reconsider the "Solar Panels". Are they generating electricity (flow/motion of electrons = Kinetic)? Or storing it? Usually, panels *generate* flow. But without a battery attached, it's ambiguous. However, compared to a propane tank (definitely stored), solar is often taught as "active" energy collection. But wait, the sun is shining on them. Light energy is kinetic (photons moving).
* Let's look at standard 4th-5th grade science keys for this specific worksheet ("Types of Energy Sort").
* Common classifications:
* Kinetic (Motion): Swinging bat, Running/Moving person, Moving car, Boiling water (molecules moving), Wind blowing.
* Potential (Stored): Food, Battery, Fuel (propane), Stretched rubber band/bow, Object at height (ball held up, car on hill, roller coaster at top).
* Let's re-sort based on standard definitions:
1. Baseball Swing: Motion -> Kinetic
2. Car on Hill: Height/Gravity -> Potential
3. Holding Ball: Height/Gravity -> Potential
4. Solar Panels: This is often a distractor. Sunlight is radiant energy (kinetic). But panels convert it. Let's look at the other "stored" items. Battery, Propane, Bow. Those are clearly stored. Solar panels are *receiving* energy. Let's tentatively put it in Kinetic (energy flowing in) or check if it's considered "stored" in the grid. Actually, many worksheets classify "Sun/Solar" as Radiant/Kinetic. Let's stick with Kinetic for now as it represents active energy transfer, unlike a closed battery.
5. Propane Tank: Chemical storage -> Potential
6. Climbing Ladder: The person is moving upward. They have kinetic energy. They are *gaining* potential energy. Usually, actions like "running," "climbing," "swinging" are sorted as Kinetic because there is movement. -> Kinetic
7. Battery: Chemical storage -> Potential
8. Fast Car: Motion -> Kinetic
9. Boiling Pot: Thermal energy (movement of particles) -> Kinetic
10. Roller Coaster at Top: This is the classic "Potential Energy" peak. -> Potential
11. Drawn Bow: Elastic storage -> Potential
* Let's check the balance with this sorting:
* Potential: Car on Hill, Holding Ball, Propane Tank, Battery, Roller Coaster, Drawn Bow. (6 items)
* Kinetic: Baseball Swing, Solar Panels, Climbing Ladder, Fast Car, Boiling Pot. (5 items)
* This feels like a solid distribution. Let's double-check the "Solar Panel". If I move Solar to Potential (thinking of it as a source/storage system), does it fit better? No, panels don't store; batteries store. Panels are active collectors. So Kinetic (radiant energy in motion) fits best physically, though it's a bit advanced. However, in simple terms, "Sun shining" is often grouped with light/heat which are forms of kinetic energy.
* Let's double-check the "Climbing Ladder". If I put it in Potential, the logic is "he is getting high up". But he is currently moving. The "Holding Ball" girl is *not* moving. She is static. The climber is dynamic. So Climber = Kinetic, Holder = Potential. This distinction is key.
* Let's double-check the "Roller Coaster". The car is at the apex. Velocity is near zero. Height is max. This is pure Potential.
* Let's double-check the "Boiling Pot". Heat is the vibration/movement of atoms. Movement = Kinetic.
* Let's double-check the "Drawn Bow". The arrow hasn't left. The energy is stored in the bent limbs. Potential.
* Let's double-check the "Fast Car". Lines behind it indicate speed. Kinetic.
* Let's double-check the "Car on Hill". No speed lines. Just sitting there. Potential.
* Let's double-check the "Propane Tank". Closed container. Stored fuel. Potential.
* Let's double-check the "Battery". Labeled "Rechargeable". Stores energy. Potential.
* Let's double-check the "Baseball". Mid-swing. Motion. Kinetic.
* So the only slight ambiguity is the Solar Panel. Let's look at similar online worksheets. Often, "Light" or "Sun" is categorized under Radiant Energy, which is a form of Kinetic Energy (waves/particles moving). Therefore, it belongs in Kinetic.
Final Sort List:
Potential Energy (Stored Energy):
1. Car parked on top of a hill
2. Girl holding a ball still
3. Propane tank
4. Rechargeable battery
5. Roller coaster car at the very top of the track
6. Archer pulling back a bow (bow is bent/stored)
Kinetic Energy (Energy in Motion):
1. Baseball player swinging bat
2. Solar panels (absorbing moving light/radiant energy)
3. Person climbing a ladder (moving body)
4. Sports car driving fast
5. Pot of boiling water (moving steam/molecules)
Final Answer:
Potential Energy (stored energy)
* The car parked on the hill
* The girl holding the ball
* The propane tank
* The rechargeable battery
* The roller coaster at the top of the track
* The drawn bow and arrow
Kinetic Energy (energy in motion)
* The baseball player swinging the bat
* The solar panels (capturing moving light energy)
* The person climbing the ladder
* The fast-moving sports car
* The boiling pot of water
Here is the step-by-step sorting logic:
1. Baseball player swinging: The bat and ball are moving fast. This is motion. -> Kinetic Energy
2. Car on a hill: The car is sitting at the top of the hill. It isn't moving yet, but it has the "potential" to roll down because of gravity. -> Potential Energy
3. Person holding a ball: The person is standing still holding the ball up. The ball is not moving, but it is stored up high. -> Potential Energy
4. Solar panels: These collect energy from the sun to store or use later. In this context, they represent stored solar energy. -> Potential Energy
5. Propane tank: This tank holds fuel inside. The energy is stored in the gas until it is used. -> Potential Energy
6. Person climbing a ladder: While the person is moving, the main concept here is usually gaining height. However, looking at the other options, let's look closer. Actually, usually, an object *at* a height is potential. A person *climbing* is using kinetic energy to gain potential energy. But often in these simple sorts, if something is actively moving across a distance, it's kinetic. Let's look at the others first to be sure.
* *Correction/Refinement:* Let's look at the "Archery bow". The bow is drawn back. That is stored elastic energy. That is definitely Potential.
* Let's look at the "Rechargeable Battery". That stores chemical energy. That is definitely Potential.
* Let's look at the "Fast Car". It is zooming along. That is definitely Kinetic.
* Let's look at the "Boiling Pot". The water molecules are moving rapidly (heat energy is kinetic energy of particles). Or, steam is rising/moving. This is generally considered Kinetic (thermal/motion).
* Let's look at the "Roller Coaster at the top". Wait, the picture shows a roller coaster track with a car at the very peak. If it's paused at the peak, it's Potential. If it's rushing down, it's Kinetic. Usually, the "top of the hill" image represents maximum Potential Energy.
* Let's re-evaluate the "Person climbing ladder". If the other "motion" examples are clear (swinging bat, fast car), this one might be tricky. However, compared to a static battery or tank, a person climbing is an active action. BUT, in many elementary science contexts, "height" equals potential. Let's look for a clearer split.
* Let's look at the images again carefully.
* Swinging Bat: Motion -> Kinetic.
* Car on Hill: Stationary at height -> Potential.
* Holding Ball: Stationary at height -> Potential.
* Solar Panels: Storing energy -> Potential.
* Propane Tank: Stored fuel -> Potential.
* Climbing Ladder: This is the trickiest. Is it the *act* of climbing (Kinetic) or the *height* gained (Potential)? Let's hold on this.
* Bow and Arrow (drawn): Stretched rubber/wood stores energy -> Potential.
* Battery: Stored chemical energy -> Potential.
* Fast Sports Car: Moving fast -> Kinetic.
* Boiling Pot: Heat/Movement of steam -> Kinetic.
* Roller Coaster: The image shows the car at the very top of the loop/hill. This is the classic example of Maximum Potential Energy before the drop. -> Potential.
* *Wait, let me recount.*
* Potential Candidates: Car on hill, Holding ball, Solar panels, Propane tank, Drawn Bow, Battery, Roller Coaster at top. (7 items?)
* Kinetic Candidates: Swinging bat, Fast car, Boiling pot. (3 items?)
* What about the climber? If the climber is "Kinetic", that makes 4 Kinetic and 6 Potential. That seems unbalanced but possible.
* Let's reconsider the "Solar Panels". Are they generating electricity (flow/motion of electrons = Kinetic)? Or storing it? Usually, panels *generate* flow. But without a battery attached, it's ambiguous. However, compared to a propane tank (definitely stored), solar is often taught as "active" energy collection. But wait, the sun is shining on them. Light energy is kinetic (photons moving).
* Let's look at standard 4th-5th grade science keys for this specific worksheet ("Types of Energy Sort").
* Common classifications:
* Kinetic (Motion): Swinging bat, Running/Moving person, Moving car, Boiling water (molecules moving), Wind blowing.
* Potential (Stored): Food, Battery, Fuel (propane), Stretched rubber band/bow, Object at height (ball held up, car on hill, roller coaster at top).
* Let's re-sort based on standard definitions:
1. Baseball Swing: Motion -> Kinetic
2. Car on Hill: Height/Gravity -> Potential
3. Holding Ball: Height/Gravity -> Potential
4. Solar Panels: This is often a distractor. Sunlight is radiant energy (kinetic). But panels convert it. Let's look at the other "stored" items. Battery, Propane, Bow. Those are clearly stored. Solar panels are *receiving* energy. Let's tentatively put it in Kinetic (energy flowing in) or check if it's considered "stored" in the grid. Actually, many worksheets classify "Sun/Solar" as Radiant/Kinetic. Let's stick with Kinetic for now as it represents active energy transfer, unlike a closed battery.
5. Propane Tank: Chemical storage -> Potential
6. Climbing Ladder: The person is moving upward. They have kinetic energy. They are *gaining* potential energy. Usually, actions like "running," "climbing," "swinging" are sorted as Kinetic because there is movement. -> Kinetic
7. Battery: Chemical storage -> Potential
8. Fast Car: Motion -> Kinetic
9. Boiling Pot: Thermal energy (movement of particles) -> Kinetic
10. Roller Coaster at Top: This is the classic "Potential Energy" peak. -> Potential
11. Drawn Bow: Elastic storage -> Potential
* Let's check the balance with this sorting:
* Potential: Car on Hill, Holding Ball, Propane Tank, Battery, Roller Coaster, Drawn Bow. (6 items)
* Kinetic: Baseball Swing, Solar Panels, Climbing Ladder, Fast Car, Boiling Pot. (5 items)
* This feels like a solid distribution. Let's double-check the "Solar Panel". If I move Solar to Potential (thinking of it as a source/storage system), does it fit better? No, panels don't store; batteries store. Panels are active collectors. So Kinetic (radiant energy in motion) fits best physically, though it's a bit advanced. However, in simple terms, "Sun shining" is often grouped with light/heat which are forms of kinetic energy.
* Let's double-check the "Climbing Ladder". If I put it in Potential, the logic is "he is getting high up". But he is currently moving. The "Holding Ball" girl is *not* moving. She is static. The climber is dynamic. So Climber = Kinetic, Holder = Potential. This distinction is key.
* Let's double-check the "Roller Coaster". The car is at the apex. Velocity is near zero. Height is max. This is pure Potential.
* Let's double-check the "Boiling Pot". Heat is the vibration/movement of atoms. Movement = Kinetic.
* Let's double-check the "Drawn Bow". The arrow hasn't left. The energy is stored in the bent limbs. Potential.
* Let's double-check the "Fast Car". Lines behind it indicate speed. Kinetic.
* Let's double-check the "Car on Hill". No speed lines. Just sitting there. Potential.
* Let's double-check the "Propane Tank". Closed container. Stored fuel. Potential.
* Let's double-check the "Battery". Labeled "Rechargeable". Stores energy. Potential.
* Let's double-check the "Baseball". Mid-swing. Motion. Kinetic.
* So the only slight ambiguity is the Solar Panel. Let's look at similar online worksheets. Often, "Light" or "Sun" is categorized under Radiant Energy, which is a form of Kinetic Energy (waves/particles moving). Therefore, it belongs in Kinetic.
Final Sort List:
Potential Energy (Stored Energy):
1. Car parked on top of a hill
2. Girl holding a ball still
3. Propane tank
4. Rechargeable battery
5. Roller coaster car at the very top of the track
6. Archer pulling back a bow (bow is bent/stored)
Kinetic Energy (Energy in Motion):
1. Baseball player swinging bat
2. Solar panels (absorbing moving light/radiant energy)
3. Person climbing a ladder (moving body)
4. Sports car driving fast
5. Pot of boiling water (moving steam/molecules)
Final Answer:
Potential Energy (stored energy)
* The car parked on the hill
* The girl holding the ball
* The propane tank
* The rechargeable battery
* The roller coaster at the top of the track
* The drawn bow and arrow
Kinetic Energy (energy in motion)
* The baseball player swinging the bat
* The solar panels (capturing moving light energy)
* The person climbing the ladder
* The fast-moving sports car
* The boiling pot of water
Parent Tip: Review the logic above to help your child master the concept of types of potential energy worksheet.
