To calculate the work done, we multiply force by distance, so in this case: Work = Force x Distance Work = 882 Newtons x 1 meter = 882 Joules Therefore, the man does 882 Joules of work when he jumps a meter into the air on Earth.
Isaac Newton's three laws of motion were published in his work "Philosophiæ Naturalis Principia Mathematica" in 1687.
Sir Isaac Newton was the first person to explain tides scientifically, proposing that the gravitational pull of the moon caused the tides in the Earth's oceans. His work on gravity and motion paved the way for his understanding of tidal forces.
No, his three laws do not directly address work done.
He discovered gravity?
It was first fully explained by Newtons theory of gravity and laws of motion, but the theory built on previous work by Kepler.
The answer is newtons
yes, since newtons law
The first name of the famous scientist who gave us Newton's first three laws of motion is Isaac. Isaac Newton is widely known for his work in physics, including the formulation of these fundamental laws.
That's a very low weight; approximately the weight of a small baby. Anyway, gravity on Earth is 9.8 newton/kilogram, gravity on Mercury is 3.7 newton/kilogram. You can write a proportion for that; or else you can first work out the mass, then use this to calculate the weight on Mercury.
The third law is rejected by scientists, it has been proven to work, and has been accepted by the scientific community.
Joules is the unit of work being done. A 200 Ib man exerts 882 Newtons is not getting any work done. If 882 Newtons, which is the force, was multiplied by 0 movement, then the 200 Ib man is exerting 0 joules.
To calculate the work done, we multiply force by distance, so in this case: Work = Force x Distance Work = 882 Newtons x 1 meter = 882 Joules Therefore, the man does 882 Joules of work when he jumps a meter into the air on Earth.
Isaac Newton's three laws of motion were published in his work "Philosophiæ Naturalis Principia Mathematica" in 1687.
NO
The exertion of a force on an object that produces motion in the direction of the force is called work. Work is calculated as the force applied multiplied by the distance moved in the direction of the force, and it is a measure of energy transfer.
The work done by the Earth on the space station is zero since the force of gravity is perpendicular to the motion of the space station. This means that there is no displacement in the direction of the force, and thus no work is done.