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Sir Isaac newton used his three laws of motion to describe forces and motion. These laws are the foundation of classical mechanics and explain how objects move in response to forces applied to them.
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You drop a ball from a window on an upper building and at the same time your friend throw the ball upward At what location the balls pass each other?
I am not going to do calculations but i can give you solution of this question.here it is.. USING NEWTO'S EQUATOIN OF MOTION YOU CAN CALCULATE TRAVELLING TIKE OF BALL AND DISTANCE.YOU CAN FIND THOSE EQUATION ON ANY SCIENCE DICTOINARY OR ANY PHYSICS FUNDAMENTAL BOOK.FIND VELOCITY OF UPPER BALL AND DOWNWORD BALL FROM THAT YOU CAN FIND A UNIQUE PONIT AT WHICH GIVES POINT OF PASSING.
Is energy a vector?
No, it is a scalar. Energy is the capacity to do work. Answer2: Yes. Energy is a scalar and a vector. Energy is a Quaternion quantity consisting of a scalar and three vectors, forming a 4D quantity.Early scientists started with scalar quantities. With Faraday's field theory (directed lines), vectors came into physics. However, the early definition of energy as scalar persisted to this day. Vector energy is all around us, but we are blinded by dogma. F.D is called energy, but FxD is vector energy but is called Torque. I think we are about to lift the blindness. "Dark Energy" in Astronomy is vector energy. The Dark Energy is cmV = cP. Here is vector energy, Momentum energy. Momentum is a vector and Momentum energy cP is also a vector. A scalar c times a vector is a vector ! If there is vector momentum, there must be vector energy! The correct Equation off Gravitation Energy is E = -mGM/r + mcV = -mu/r + cP. Newton did not include the vector energy cP=cmV. This was equivalent to saying the mass m, had velocity zero , E= -mu/r + mc0. Such is NOT the case. This is like saying the earth is orbiting the sun with velocity 0, when it is moving at 30km/s. it is the vector energy cmV that provides the centrifugal force to keep the earth from falling into the sun. It is the vector energy that is the "dark Energy" that is the anti-gravity (centrifugal) force. Vector Energy removes teh mystery of "Dark Energy". Newton's Three laws are derived from this vector energy, that Newton incorporated. Force F = XE = [d/dr, DEL] m[-u/r , cV] F = m[v2/r - cDEL.V, cdV/dr +u/r3 R + cDELxV] At Equilibrium 0 = F and DELxV=0 meaning R and V are parallel and. It is essential that DELxV =0 for the vectors to sum to zero. The result is 0 = m[v2/r - cv/r, cdV/dr + u/r3 R ] Equilibrium Condition exists when v/c=1 or v=c. Newton's Equal and Parallel phrase comes form 0 = m(dV/dt + u/r3 R) comes from 0 = cdV/dr - DEL u/r Newto added the term 'mdV/dt' a vector, before vectors, This term is the vector energy P=cmV and dcP/dr = cmdV/cdt = mdV/dt, voila! It is time to recognize that we live in a 4D Universe and Energy is a 4D Quantity.
What is important to Athena?
Caitlin newto 7y harrowden middle skl princess Caitlin
What the conversion of newto to kg?
On earth, 1kg equals 9.80665 Newton, which is usually rounded up to 9.81N/kg.
What three terms are represent in newto's second law of motion f equals ma?
Force = mass x acceleration __N = ___g x ___ m/s < for example
How did the ideas of newto affect religius beliefs in the eighteenth century?
Isaac Newton's ideas, particularly his laws of motion and theory of universal gravitation, contributed to a shift towards a more rational and scientific view of the world. This emphasis on reason and empirical evidence challenged traditional religious beliefs based on faith and superstition, leading to a questioning of long-held religious doctrines and the authority of the Church in the eighteenth century.
What did Galileo think about motion?
Galileo's theory of motion is principle of inertia. It is basically the same thing as Newton's law of motion since he based it on Galileo. It says that an object will remain still or keep moving in constant speed unless affected by another force.
Why do explorers leave the safety of their homes and venture forth?
There are many reasons why explorers choose to explore, sometimes experiencing the most adverse conditions.the desire for adventurethe thrill of discovering something newto achieve fame or fortuneeven, in the case of Sir thomas Mitchell of Australia, to prove another explorer wrong
You drop a ball from a window on an upper building and at the same time your friend throw the ball upward At what location the balls pass each other?
I am not going to do calculations but i can give you solution of this question.here it is.. USING NEWTO'S EQUATOIN OF MOTION YOU CAN CALCULATE TRAVELLING TIKE OF BALL AND DISTANCE.YOU CAN FIND THOSE EQUATION ON ANY SCIENCE DICTOINARY OR ANY PHYSICS FUNDAMENTAL BOOK.FIND VELOCITY OF UPPER BALL AND DOWNWORD BALL FROM THAT YOU CAN FIND A UNIQUE PONIT AT WHICH GIVES POINT OF PASSING.
Why do you need to go to library?
There are number of reasons why you may need to go to the library. For example:To pick up an item on holdTo return a borrowed itemTo get a library card, or renew a library cardTo access reference materials that cannot be borrowed, such as encyclopedias, yearbooks, dictionaries, maps, atlases, newspapers, clippings, or journalsTo ask questions and get some help to find the information you are looking forTo browse the stacks and discover something newTo do homework or studyTo use the computersTo access digital library resources that are only accessible within the libraryTo do researchTo meet up with classmates/friends and work on schoolworkTo be in a place that's quiet
What contributions did Galileo Newton and Hubble make to astronomy?
Galileo founded the science of Astronomy by observing with the telescope, the heavenly bodies were objects to be studied like on earth. Newton with the Law Gravity introduced theoretical Astronomy and made science Universal. Newto also created calculus and the reflective telescope. He mastered phyiscs. His Principia is the start of Mathematical Physics. Hubble extended the Univerrse beyond our solar system, identifying nebulae as galaxies and establishing their far distance and finally developed the linear distance Law of red shift. Hubble had the integrity to say he did not understand the red shift. He said the red shift is "an hitherto unrecognized priniciple of nature". He did not believe it represented an expanding universe. I have theoretically derived the red shift and Hubble is correct, the red shift indicates Continuity Condition (Fermion force), the balance of centripetal force and centrifugal force vp/r=cp/r cos(P) thus v/c= cos(P) where cP is the "dark energy". The Universe is not expanding, it is bounded at v=c. the red shift rather indicates contraction to gravitational center. Red shift occurs in atoms, solar systems and Galaxies. Physicisrs today ignore Hubble's conclusions but Hubble is correct and the Big bang and Expanding Universe is false. The Universe is a bounded Quaternion Space, W = -vh/l + cP.
What contributions did Newton and Hubble make to astronomy?
Galileo founded the science of Astronomy by observing with the telescope, the heavenly bodies were objects to be studied like on earth. Newton with the Law Gravity introduced theoretical Astronomy and made science Universal. Newto also created calculus and the reflective telescope. He mastered phyiscs. His Principia is the start of Mathematical Physics. Hubble extended the Univerrse beyond our solar system, identifying nebulae as galaxies and establishing their far distance and finally developed the linear distance Law of red shift. Hubble had the integrity to say he did not understand the red shift. He said the red shift is "an hitherto unrecognized priniciple of nature". He did not believe it represented an expanding universe. I have theoretically derived the red shift and Hubble is correct, the red shift indicates Continuity Condition (Fermion force), the balance of centripetal force and centrifugal force vp/r=cp/r cos(P) thus v/c= cos(P) where cP is the "dark energy". The Universe is not expanding, it is bounded at v=c. the red shift rather indicates contraction to gravitational center. Red shift occurs in atoms, solar systems and Galaxies. Physicisrs today ignore Hubble's conclusions but Hubble is correct and the Big bang and Expanding Universe is false. The Universe is a bounded Quaternion Space, W = -vh/l + cP.
What contributions did newton and Galileo make to astronomy?
Galileo founded the science of Astronomy by observing with the telescope, the heavenly bodies were objects to be studied like on earth. Newton with the Law Gravity introduced theoretical Astronomy and made science Universal. Newto also created calculus and the reflective telescope. He mastered phyiscs. His Principia is the start of Mathematical Physics. Hubble extended the Univerrse beyond our solar system, identifying nebulae as galaxies and establishing their far distance and finally developed the linear distance Law of red shift. Hubble had the integrity to say he did not understand the red shift. He said the red shift is "an hitherto unrecognized priniciple of nature". He did not believe it represented an expanding universe. I have theoretically derived the red shift and Hubble is correct, the red shift indicates Continuity Condition (Fermion force), the balance of centripetal force and centrifugal force vp/r=cp/r cos(P) thus v/c= cos(P) where cP is the "dark energy". The Universe is not expanding, it is bounded at v=c. the red shift rather indicates contraction to gravitational center. Red shift occurs in atoms, solar systems and Galaxies. Physicisrs today ignore Hubble's conclusions but Hubble is correct and the Big bang and Expanding Universe is false. The Universe is a bounded Quaternion Space, W = -vh/l + cP.
What are some animals starting with all the letters of the alphabet?
AnteaterBurmese pythonCatDogEmuFrogGreen-tounged skinkHippopotomasIce fishJellyfishKoalaLionMudpuppyNeon blue Hermit CrabOctopusPelicanQuailReculiated pythonSparrowTurtleUmbrella birdVolvoxWalrusX-ray TetraYakZebraHope that helps!!!A-aardvark, anteater, alligator, antB-bear, bee, bird, barracuda,C-cat, crocodile, crane,canaryD-dog, deer, dolphinE-eel, elephant, emuF-frog, fireant, fishG-giraffe, great white shark,gnat, gorilla, goldfishH-horse, hippo, hyena, hamsterI-iguanaJ-jellyfish, jackalK-koala bear, kangarooL-lemur, lynx, lion, leopardM-monkey, manattee, mouseN-narwhal, nighttingdale, newtO-octopus, orca, otterP-penguin, panda bear, polar bearQ-quail, quaggaR-rhino, reindeer, rabbit, rat, raccoon, ramS-sloth, serpent, scorpion, squirrelT-tiger,toitoiseU-unicorn, urchinV-vulture, viperW-walrus, wallaby, whaleX-x-ray fish,Y-yak, yellow canaryZ-zebra, zorilla
