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Newton's Third Law of Motion, often stated as "for every action, there is an equal and opposite reaction," is fundamental to understanding how forces interact in our everyday lives.

Mohan esgalani

- Walking: When you push your foot against the ground, the ground pushes back with an equal and opposite force, propelling you forward.

- Swimming: You push water backward with your arms and legs, and the water pushes you forward, allowing you to move through the water.

- Jumping: When you jump, you push down on the ground, and the ground pushes back up on you, launching you into the air.

- Rocket Propulsion: Rockets work by expelling hot gases downward. The gases exert an upward force on the rocket, propelling it into space.

- Car Accidents: In a car accident, the force of the impact is equal and opposite, resulting in damage to both vehicles and injuries to the occupants.

- Bouncing a Ball: When a ball hits a wall, it exerts a force on the wall. The wall exerts an equal and opposite force on the ball, causing it to bounce back.

Understanding Newton's Third Law helps us to understand how things move and interact in the world around us. It is a fundamental principle of physics that has many practical applications in our daily lives.

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Kurt Ethan C. Dacio

newton's three laws of motion are fundamental to our everyday lives, governing how we move and interact with the world around us. The first law explains why objects resist changes in motion, requiring force to start, stop, or change direction. The second law shows how force, mass, and acceleration are related, explaining why heavier objects need more force to move and why a stronger push results in faster movement. The third law highlights that every action creates an equal and opposite reaction, explaining how we propel ourselves forward when walking or swimming. These laws aren't just abstract concept they are the invisible forces shaping our every movement and interaction.

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The three laws of motion created by Sir Isaac Newton are rules or principles that tell us on how objects move and interact with our surroundings. The first law tells us that an object cannot move unless another force interact or Moe's the object. The second law tells us that an object that is heavy needs to have more force applied that an object that has less mass. The third ad final law of motion tell us that for every action we do their is a reaction to it. These three laws tell us about how object will move, react and interact with the world around us

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Lawrence Leniel C. Aspero

You see this in everyday life. When you walk, you push the ground, and it pushes you forward. When you jump, you push down, and the ground pushes you up. A car moves because its wheels push against the road, and the road pushes back.

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The 3 laws of motion have huge roles in our daily lives. That's why we need to be careful in every step, movement, or motion. It explains how we move or change things. It also explains why we need to exert force to move, change directions, change speed, change mass, and even change shape and color! Every action or movement has a result or reaction.

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Cody Jake M Oriol

Newton's three laws of motion hekps us understand how things move the first law is inertia it explain the object will stay still or keep moving untill someone push it or pull it the second law explain tge harder you push something the faster its becomes the thirdlaw is its state that for every action there is an is an equal and the opposite reaction is when you jump the ground pushes you down

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Jayian Skyee Umoquit:

Newton’s Third Law of Motion, which asserts that for every action there is an equal and opposite reaction, is clearly demonstrated when a person jumps off a boat and the boat moves in the opposite direction, in the way a bird flaps its wings downward to generate lift and push itself upward, and even when you push against a wall, the wall pushes back with an equal force, showing how this principle governs not only our movements but also the forces that govern interactions between objects and people.

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Samem macawadib

Newton's Third Law of Motion ("For every action, there is an equal and opposite reaction") has profound significance in our daily lives, often in ways we don't explicitly recognize:- Walking and Movement: The most basic example is walking.- Flying: Airplanes generate lift by pushing air downwards (action), and the air pushes the plane upwards (reaction).- Driving: A car's wheels push backward on the road (action), and the road pushes the car forward (reaction).- Jumping: When you jump, you push down on the Earth (action), and the Earth pushes back up on you with an equal force (reaction), propelling you upward.

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Johairah Ameril ☆

We move because of Newton's Third Law, Every action has an equal and opposite reaction. Pushing on something makes it push back on you. This is how walking, swimming, and driving. It explains how we interact with the world. When you push on something, it pushes back just as hard. This "push back" is what allows you to walk, jump, swim, and even to drive a car.

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MOHAN ESTALANI

Newton's Third Law ("for every action, there is an equal and opposite reaction") is fundamental to how we move, from walking and swimming to rocket propulsion. It explains how forces interact, shaping our understanding of motion and how we design safe and efficient technologies.

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The 3 laws of motion are important in our oife because it allows as to move ourself and objects

Example:inertia

There's a box you want to store but there's only space left for a flat object you can change the shape of the box by using force to rip and flatten the box to put it inside

Example:acceleration

You have luggage because you will be going to another country but your running late so you start running and your pulling the luggage so the luggage is also accelerating

Example:action and reactione

You are going kayaking the padel you move it backwards and the boat goes forward

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Akeisha A. Ayo

It is significant to our everyday lives because it helps us walk, run, jump and move freely. The 3 laws also helps in transportations, sports, construction and everyday activities. The three laws are inertia, which means that an object will stay still unless you applied force into it. 2nd is the amount of force, means that the heavier the object, the more force you have to apply. Lastly, the action and reaction. Meaning that if you exert force on an object, it causes a reaction of equal and opposite force.

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Kirsten Ordillano

The importance or the significance of the 3 laws of motion in our everyday lives, for example walking and running when we are walking or running, we exert inertia because if we don't move ofcourse we will not move unless we want to. If these laws are not a thing life would be really hard, imagine if the first law was not a thing everything would be still, nothing would be moving. If the second law was not a thing how can we push things without accelerating? We need to accelerate to push things. These are very importance because without these laws everything in life would not be possible.

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newton's laws of motion is important in my daily life. When I play volleyball, the 1st law is being applied because it stays still not until I serve it and the 2nd law is also applied because the harder I hit the ball, the faster it moves. The 3rd law is also present because when I throw the ball gently it also moves slowly/smooth but if I throw it with more force it goes faster and farther

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Newton's Laws of Motion are fundamental to understanding how things move in our world, even right now we are moving our hands by texting. They explain and tell how simple movements are part of Newton's Law of Motion. The 3 types are all equally important and allows us to move and interact objects. Things we do simply like walking, running, jumping, sitting, laying, etc is a part of Newton's Law of Motion which is exactly why it's important.

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This law explains a lot in our lives, from how rockets launch (they push gases downward, and the rocket goes up) to how we walk (our feet push against the ground, and the ground pushes back to move us forward). It even helps us understand the simple act of sitting in a chair, the chair supports us, pushing upward with the same force we exert downward.

Imagine pushing a door. You apply force, and the door pushes back on you with an equal force. This is why you feel the resistance when you try to open it. Or think about jumping off a boat. When you push down on the boat to jump, the boat moves in the opposite direction.

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Benjiro baltazar

Newton’s Third Law of Motion is very important in our daily lives because it explains how forces always come in pairs. The law states that for every action, there is an equal and opposite reaction. This means that when you push on something, it pushes back with the same amount of force

We can see this law in many real-life situations. When we walk, our feet push against the ground, and the ground pushes us forward, helping us move. When we swim, we push water backward, and the water pushes us forward. Birds and airplanes fly because their wings push air downward, and the air pushes them upward. Even when we jump, we push down on the ground, and the ground pushes us up into the air

Newton’s Third Law is also important in machines and transportation. Cars move because their tires push backward on the road, and the road pushes them forward. Rockets launch into space by pushing gases downward, and the gases push the rocket upward

This law helps scientists, engineers, and athletes understand motion better. It is used in designing vehicles, bridges, and even sports techniques. Without Newton’s Third Law, we wouldn’t be able to explain many movements and forces in the world around us!

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Ayyanah Asum

Force reminds me of how much force we put in an object, which is why we should be careful when adding force to an object because without thinking we might put harder force. There are possible outcomes for each single law. Whether it can be good or bad, we should be careful in adding force and action for the reaction could be bad.

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Liam Viancel D. Reyes

Newton’s Third Law of Motion states that every action has an equal and opposite reaction. This law is essential in our daily lives as it explains how forces work in pairs, enabling movement and interaction with our surroundings. It governs how objects respond to applied forces, ensuring balance and stability in various activities. This principle is fundamental in transportation, engineering, and even simple physical movements, making it crucial for understanding motion and force interactions.

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The laws of motion, formulated by Sir Isaac Newton, are fundamental principles that describe how objects move and interact in our world. Understanding these laws is not just important for scientists and engineers, they are also relevant to our everyday lives in ways we might not even realize. They are principles that govern our daily lives. From simple actions like walking and kicking a ball to more complex activities like driving a car or launching a rocket, the laws of motion shape our interactions with the world. By understanding these laws, we can better appreciate the science behind everyday activities and recognize the importance of physics in our lives.

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Ponce Leira Raven L.

Newton’s three laws of motion help us understand how things move and why they stop. The first law, called the law of inertia, says that an object will stay still or keep moving unless something pushes or pulls it. This is why you feel a jolt forward when a car suddenly stops. The second law explains that the harder you push something, the faster it moves, and heavier things need more force to move. That’s why pushing a big box is harder than pushing a small one. The third law says that for every action, there is an equal and opposite reaction. This is why when you jump, the ground pushes back and helps you lift off. These laws are important because they explain how everything moves, from rolling a ball to rockets flying in space.

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Vania Adriano

Newton's Third Law states that "for every action, there is an equal and opposite reaction." It is essential in daily life, enabling movement in walking, running, driving, swimming, and flying. It also applies to rockets, engineering, and sports, making interactions and motion possible.

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Farouk junior

Newton's laws are fundamental to how things move. They explain everything from walking to the workings of machines.

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It explains how we move. When you walk, you push backward on the ground, and the ground pushes you forward. Without that reaction force from the ground, you'd just slip!

It's how rockets fly! The rocket pushes hot gases down, and those gases push the rocket up.