What is newtons contribution in physics other than motion?

Because without it physics and experiments and other things you wouldn't be able to know lots of things or experiment a lot of things.

His major contribution was the discovery of the principle of gravity on Earth and on other celestial bodies.

law of inertia

It's the foundation on which all others are built.

Inverse square law of gravity, calculus (which he called fluxions), Newton-Raphson method, decomposition of light from a prism, etc etc. He also made the reflecting telescope.

Newtons laws have to do with lacrosse when (in guys lacrosse) you push the other player, which relates to newtons 2nd law, the larger the mass the harder the acceleration. Also, newtons 1st law involves throwing and catching a ball, newtons law says and object in motion will stay in motion until acted upon by an outside force. The object in motion is the ball and the outside force is the other person catching it…

Balance forces do not cause a change in motion they cancel each other out. Unbalanced forces cause a change in motion.

Applied physics is like engineering and other topics like that. What you call pure physics is the study of the motion and physical properties of matter.

Physics is the study of the way matter, force, motion, and energy relate to each other. It focuses on physical forces and qualities.

Kinetic energy measures the amount of energy a person has as they are in motion. In this instance, the person who weighs 600 Newtons has more energy.

physics deals with projectile motion and collisions. the ball is in projectile motion before and after it is hit. the collision of the bat and the ball can be calculated to provide other information, like how much energy is lost when the collision occurs, and how much the ball will compress, and deform physics can determine other aspects that will assist in understanding the situation better

It was none other than Isaac Newton who offered explanations for force and motion. His definitions are still fundamental to physics.

Physics is the study of such concepts of motion, force, energy, matter, heat, sound, light and the components of atoms. Physics is basic to both physical science and life science. It is the start to the other areas of science in which the other areas build off of physics.

Eugene Goldstein discovered the anode rays; he was also implied with contributions in other fields of physics.

Newton had the advantage of being born later in the same year that Galileo died. He therefore had more opportunities to make scientific discoveries based on what earlier scientists had found. Newtons discoveries allowed him to explain, among other things, that the planets follow Kepler's laws through the law of gravity and the laws of motion. Other than tiny adjustments from the General Theory of Relativity, Kepler's model is the one still in use today.

work both independently and in connection with each other

No, he discovered the law of gravity and the three laws of motion along with a few other laws, but none of them had anything to do with nuclear physics.

Physics is science in a sense. It explains why how and why things happen from simple motion to waves to radiation. Chemistry is a part of physics and in a sense Biology is a result of Chemistry. Without our understand of Physics we would not have any other understanding of science.

The Nobel Prize in Physics 1981 was divided, one half jointly to Nicolaas Bloembergen and Arthur Leonard Schawlow for their contribution to the development of laser spectroscopy and the other half to Kai M. Siegbahn for his contribution to the development of high-resolution electron spectroscopy.

Moving is when something is in motion and it remains in motion until an immovable force stops it. On the other hand when something is still then it is considered as not moving.

Physics is a branch of science that focuses on matter and energy and how they interact with each other. Physics deals with subjects such as force, motion, energy, and matter.

The Nobel Prize in Physics 1981 was divided, one half jointly to Nicolaas Bloembergen and Arthur Leonard Schawlow for their contribution to the development of laser spectroscopy and the other half to Kai M. Siegbahn for his contribution to the development of high-resolution electron spectroscopy.

Modern physics deals with photoelectric process, quantum physics, electromagnetism, ext. whereas classical physics deals with kinematics, rotational dynamics, simple motion, gravitation, ext.. In other words: "modern" physics deals with relatively new concepts whereas "classical" physics deals with older concepts.

Because Newtons First law of motion is and object in motion stays in motion unless other outside forces are applied and and object at rest tends to stay at rest for the same reason

Scientist use physics for all sorts of things. Scientist can use Newtons and other gravity-related laws to work out the trajectory of a crashing satellite. If scientist wanted to, he could look use molecular physics to predict how chemicals will react. Scientist is a pretty cool guy.

Physics determines the basis of motion, friction, speed and other factors that lead into snowboarding. This is the easy answer.

Is accerelation or deccerelation due to gravity, friction, rocket thrust, or other applied forces.

The Nobel Prize in Physics 1981 was divided, one half jointly to Nicolaas Bloembergen and Arthur Leonard Schawlow for their contribution to the development of laser spectroscopy and the other half to Kai M. Siegbahn for his contribution to the development of high-resolution electron spectroscopy.

In Physics, the first kind of motion is called the rotational motion. This rotation occurs around a fixed axis. Transitional motion, on the other hand, is the rotation that occurs along a linear axis. Lastly, the oscillatory motion is a repetitive type of motion and rises and falls between two locations.

Physics is defined as the scientific study of matter, energy, force, and motion, and the way they relate to each other. So I believe that the answer to your question would be "yes."

Because physics is the most fundamental science. Physics is the study of energy and motion. All other sciences would not exist without a form of energy or motion. Chemistry: Chemical energy Biology: has a lot to do with chemicals Astronomy: Stars are fueled by nuclear energy Geology: Rocks are formed by kinetic and thermal energy Et Cetera

Albert Einstein flipped Newtonian Physics on its head. His Theory of Relativity and other c contributions to what would become the field of quantum physics were totally revolutionary. The universe can't be explained by simple equations.

The disturbance traveled from one end to the other end in a medium without the acutal moment of particle is called wave motion.

a swing is basically a pendulum, meaning it oscillates as simple harmonic motion. It is not much different from a mass on a string in other words

If Newton's three laws of motion did not exist, then nothing would be able to move as it does now. There would be no way to tell how things would move when bouncing off of each other.

The first time contribution in the development of physics was by the Muslims Scientists such as: Ibn-ul-Haitham, Al-Razi, Al-Beruni and many other famous Muslims scholars and scientists later contributions was carried by Issac Newton, Einstein, Ohm and many other scientists.

take a look at newtons 1st and 2nd laws. Basically if a force is applied on an object in one direction and no other forces are present it will accelerate or decelerate.

The difference between science and physics is that physics has only limited possibility's on what can be researched upon itself, where science, has unlimited possibility's to have be researched upon itself. I hope this answers your question! Science is a lot broader than physics. Physics has a lot do to with things like motion. Science includes physics, but also other things like biology and astronomy.

the vision of physics IS not ARE to completely understand the fundamental functioning of the universe. an example of this would be newtons laws of physics they helped us understand gravity (as well as other things) one of the most influential things in the universe and since it helped us understand the universe it is a major part of physics to sum it up: LIKE ALL AREAS OF SCIENCE THE UNDERLYING PURPOSE IS UNDERSTANDING/ SATISFYING…

Physics is the study of energy and motion along with many other fundamental laws of nature. It is considered the foundational science upon which nearly all other sciences are based on. This branch of science is actually extremely important and practical for the average person if they want to become engineers. Think of Physics as the "fundamental science of engineering". The use of Physics in Engineering is probably the most common and practical reason we…

The reflecting telescope, and the formula f=ma, calculus and many others. He also made the newton balls were there are 6 (maybe5) balls were he would take the one on the end and hit the others which made the ball on the other end slide out and hit the group and it would repeat. theory of gravity three fundamental laws of motion law of cooling velocity of sound waves in air

Newton's first law basically says that an object in motion that is not acted on by any other forces will stay in motion and an object at rest that is not acted on by any other forces will stay at rest. An example of an object in motion staying in motion could be an astronaut floating in outer space. As long as there is no gravity force acting on him (and there is no drag…

2.5 kg of mass weighs 24.5 newtons on Earth, 4.1 newtons on the moon, and other different weights in other different places.

1,000 kg of mass weighs 9800 newtons on Earth, 1,620 newtons on the moon, and other, different weights in other, different places.

newton's third law of motion is the law of reaction: similarly when you jump out of the boat, the force you exerted made you jump forward and the boat itself moved to the other direction. thus, in every action, there is always a reaction.

Yes. For more information, read the appropriate chapter in an introductory physics book (in my physics book, the chapter was entitled "dynamics"), or check the Wikipedia article, or some other source, on "Newton's Second Law".

There are multiple physics that go into and explain the motions and forces behind the running and jumping of track and field hurdles. These are the forces needed for jumping, forward motion in flight, and landing. Other physical quantitative measures include velocity, acceleration and height.

According to newtons first law, a body remains in constant motion in the same direction, with the same velocity, unless and until an external force acts on it. So when a body in motion comes under the influence an external force, it either, 1) changes in its speed- accelerate or decelerate. OR 2)changes in direction of motion- like when rolling marbles collide with each other and change direction. OR 3) Both of the above changes…

Newtons 1st law states that a body will continue in motion or at rest unless a net force acts upon it. If the net force is repelling the object then it will decelerate. However if the net force acts in any other direction it will cause a change in the objects velocity.

Newton's first law of motion is often stated as: "An object at rest will stay at rest unless acted upon by an outside force. An object in motion will remain in motion at a constant speed and direction unless acted upon by an outside force." Motion, If an object is not ifluenced by any force other then its motion, its velocity will naturally remain constant. i.e, it will continue to move along in a perfectly…