0
Advantage over what? Newton's laws of movement are laws of nature, which have been found to be true over a variety of circumstances. An understanding of how these laws work can help you understand many different situations.
Wiki User
∙ 13y ago
Wiki User
∙ 14y agoThe third Law is equilibrium of forces. all actions are balanced so there is no spontaneous acceleration, acceleration without a force. This law is the essence of Newton's Laws of motion. The First law says no force no motion. The second Law just defines the relationship between mass , force and acceleration F=ma.
Wiki User
∙ 15y agothey are part of everyday life they are part of everyday life
Wiki User
∙ 11y agoIt is third law which describes the nature of force. This law tells us that forces always exist in pairs. A single isolated force cannot exist in nature
Add your answer:
Earn +20 pts
Why is Newton's version of Kepler's third law so useful to astronomers?
It can be used to determine the masses of many distant objects. :P
Who suggested the theory of inertia?
Law of inertia is the part of newton's 1st law. So newton proposed it.
What law is applied in the launching of a spaceship?
Lots of physics laws are used here. Newton's laws are very important; so is the law of gravitation, as well as calculations involving air resistance, chemistry for the combustion, etc.
Imagine you accidentally bumped your hand against a table as shown in the photo below your hand hurts after it happens use newton's third law or motion to explain what caused your hand to hurt?
Because the table applied the same force back to your hand, this is what the third law of motion states (for every action there is an equal and opposite reaction), so if you hit the table with a 100 Newton's your hand receives the exact same force
For every action there is an equal and opposite reaction True or false?
The first part of Newton's third law of motion is:"Actioni contrariam semper et æqualem esse reactionem: ..."Translation:'To the action there is always opposed and equal reaction: ...'This is often expressed as:"To (or For) every action there is always an equal and opposite reaction: ..."Therefore the phrase in the question is not right because Newton's law has been incorrectly quoted. The word 'always' should also have been included.However, given that the quoted phrase is only half of what Newton actually stated as his third law, then, in the field of motion physics, it can only be HALF RIGHT at most.And even if Newton's law had been correctly quoted, it is still only a law of motion physics, so it is not necessarily 'right' in the sense of a being a universal truism.
Why is Newton's version of Kepler's third law so useful to astronomers?
It can be used to determine the masses of many distant objects. :P
Who suggested the theory of inertia?
Law of inertia is the part of newton's 1st law. So newton proposed it.
Why is a ball bouncing off a wall an example of newtons third law of motion?
According to newton's second law of motion action and reaction are equal in magnitude.So,when we throw a ball on wall it bounces back,when ball strike the wall it is the action which is done by ball on wall as a result ball produces reaction due to which ball bounces back.Thus bouncing of a ball is an example of Newton's second law of motion. Thankyou
How does a rocket launch demonstrate Newtons Rd law?
Newton's Third Law: "For every action there is an equal and opposite reaction."
How does deep space 1 use newton's third law of motion to accelerate?
Wiki.Answers is dependable at times. It's not than reliable ! So go on other websites . Sincerely , @Kathy_luv
What law is applied in the launching of a spaceship?
Lots of physics laws are used here. Newton's laws are very important; so is the law of gravitation, as well as calculations involving air resistance, chemistry for the combustion, etc.
Where do you learn about physics?
In my every day's life. When I walk I have to push the earth backward so as to get a movement in forward direction. This is what we call Newton's third law. "For every action there will be equal and opposite reaction"
Is magnetism a friction or non friction force?
i hope that the friction and magnetism has a contact in common and friction is also about newton's third law...evan magnetism studies newton's second law...i hope that friction is all about attraction and repulsion...attraction and repulsion are common in magnets ...so there might be a deep relationship between friction and magnetism..!!
Why was Isaac Newton's discovery so important?
First Newton had many important discoveries. His law of Gravity is the most important. This discovery was important because it provided a theoretical and mathematical basis for Keplar's observations of the motion of the planets. Most important though was the idea that the law of gravity was universal! True throughout the Universe! In addition Newton laid the foundations of the Laws of Mechanics. The current confusion in astronomical physics (dark energy and cosmological constant) are the result of not extending Newton's laws with quaternion energy E=-GmM/r + mcV. Quaternions consists of a real (-GmM/r) and three vectors, mc(ivx + jvy + kvz)=mcV. Newton's real energy is the Gravitational Potential Energy PE= -GmM/r, the Gravitational vector energy is the Kinetic Energy KE=mcV, which Newton did not include in his Gravitational Theory.. Newton's Force Laws are a manifestation of the conservation of gravitational energy. Newton did not include the momentum energy mcV in his Gravitational Energy. This momentum energy provides the centrifugal force to balance the gravitational attraction and create the equilibrium Universe. Conservation of energy means zero acceleration. Newton's first and third law is equivalent to conservation of energy,zero force or zero acceleration. Newton's Second law defines the relation between force and acceleration, F=ma(cceleration). Quaternion energy is the correction to Newton's Laws that will end the confusion of dark energy and the expanding Universe.
Imagine you accidentally bumped your hand against a table as shown in the photo below your hand hurts after it happens use newton's third law or motion to explain what caused your hand to hurt?
Because the table applied the same force back to your hand, this is what the third law of motion states (for every action there is an equal and opposite reaction), so if you hit the table with a 100 Newton's your hand receives the exact same force
Which law proved that newton's gravity law is wrong?
well the 3rd law of motion states that any object pushed by anouther object will accelerate in speed but einstien said if it's being pushed by a speed going faster than the speed of light it is impossible which is true but the third law apply's to anything else slower than the speed of light.
For every action there is an equal and opposite reaction True or false?
The first part of Newton's third law of motion is:"Actioni contrariam semper et æqualem esse reactionem: ..."Translation:'To the action there is always opposed and equal reaction: ...'This is often expressed as:"To (or For) every action there is always an equal and opposite reaction: ..."Therefore the phrase in the question is not right because Newton's law has been incorrectly quoted. The word 'always' should also have been included.However, given that the quoted phrase is only half of what Newton actually stated as his third law, then, in the field of motion physics, it can only be HALF RIGHT at most.And even if Newton's law had been correctly quoted, it is still only a law of motion physics, so it is not necessarily 'right' in the sense of a being a universal truism.
