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Which numbered law of motion of Newton is usually written F = ma? Answer with the whole number only.

Answer

2
law
Newton's second law of motion, standardly stated as F = ma, relating net force to mass times acceleration
sources
, en.wikipedia.org, encyclopaedia britannica, "newton's laws of motion" (https://www.britannica.com/science/newtons-laws-of-motion): states the second law is expressed as f = ma., encyclopaedia britannica, "newton's laws of motion": states the second law as f = ma, encyclopaedia britannica, "newton's laws of motion": the second law is stated as f = ma (force equals mass times acceleration); nasa glenn research center "newton's second law of motion" page states the same equation for the second law., encyclopaedia britannica, "newton's laws of motion": the second law states f = ma, relating force to mass and acceleration, encyclopaedia britannica, 'newton's laws of motion' (https://www.britannica.com/science/newtons-laws-of-motion) — newton's second law is stated as f = ma, encyclopaedia britannica, 'newton's laws of motion' (https://www.britannica.com/science/newtons-laws-of-motion): newton's second law states f = ma., encyclopedia britannica, 'newton's laws of motion': the second law states that the net force on an object equals the rate of change of momentum, commonly expressed as f = ma, howthingsfly.si.edu, nasa glenn research center, newton's second law of motion: https://www.grc.nasa.gov/www/k-12/bgp/newton2.html, newton's laws of motion (classical mechanics): the second law is conventionally expressed as f = ma, newton's laws of motion (classical mechanics): the second law states f = ma, newton's laws of motion (classical mechanics, standard physics reference): first law is inertia, second law is f = ma, third law is action-reaction., newton's laws of motion (classical mechanics, standard physics textbooks e.g. halliday/resnick/walker; encyclopaedia britannica 'newton's laws of motion'), newton's laws of motion (classical mechanics, standard textbook statement): the second law states f = ma, relating net force to mass and acceleration., newton's laws of motion (standard physics reference, e.g. britannica/nasa): newton's second law is stated as f = ma, newton's laws of motion, as commonly stated in physics references (e.g. encyclopaedia britannica, standard physics textbooks): newton's second law of motion states f = ma., newton's principia / standard physics textbooks (e.g. halliday, resnick & walker, fundamentals of physics) state newton's second law of motion as f = ma, newton's principia mathematica (1687) and standard physics references (e.g. nasa glenn research center 'newton's laws of motion') state the second law of motion as f = ma, newton's principia mathematica (1687), as commonly summarized in physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'): the second law of motion is f = ma., newton's principia mathematica (1687), axiomata sive leges motus, lex ii; standard physics textbook statement of newton's second law of motion as f = ma, newton's principia mathematica (1687), axiomata sive leges motus, lex ii; standard physics textbooks (e.g. halliday/resnick/walker, fundamentals of physics) state the second law as f = ma, newton's principia mathematica (1687), axioms or laws of motion, law ii, as commonly summarized in physics textbooks (e.g., halliday/resnick/walker, serway) as f = ma, the second law of motion, newton's principia mathematica (1687), axioms or laws of motion, law ii: the change of motion is proportional to the applied force; expressed in modern notation as f = ma. standard physics references (e.g., halliday/resnick/walker, 'fundamentals of physics') consistently label this as newton's second law., newton's principia mathematica (1687), axioms or laws of motion, law ii: the second law of motion, commonly summarized as f = ma, newton's principia mathematica (1687), axioms or laws of motion, law ii; standard physics reference (e.g. britannica entry on 'newton's laws of motion'), newton's principia mathematica (1687), axioms or laws of motion, law ii; standard physics textbooks (e.g., halliday & resnick, fundamentals of physics) state newton's second law as f = ma, newton's principia mathematica (1687), axioms or laws of motion: the second law states that the change of motion (rate of change of momentum) is proportional to the applied force, which for constant mass reduces to f = ma., newton's principia mathematica (1687), axioms or laws of motion; and standard physics references (e.g., encyclopaedia britannica, 'newton's laws of motion') which state the second law is the one expressed as f = ma, newton's principia mathematica (1687), axioms or laws of motion; standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion') state that the second law, f = ma, relates force, mass, and acceleration., newton's principia mathematica (1687), axioms or laws of motion; standard physics textbook statement that newton's second law of motion is f = ma, newton's principia mathematica (1687), second law of motion, as commonly stated in physics textbooks: f = ma, newton's principia mathematica (1687), second law of motion; standard physics reference (e.g. encyclopaedia britannica, 'newton's laws of motion'), newton's principia mathematica (1687), second law of motion; standard physics reference (e.g., britannica, hyperphysics) stating the second law as f = ma, newton's principia mathematica (1687), second law of motion; standard physics references (e.g. nasa glenn research center's newton's laws summary) state the second law as f = ma, newton's principia mathematica, second law of motion (commonly stated as f=ma), newton's second law of motion (as stated in standard physics references, e.g. britannica and nist/physics textbooks): the net force on an object equals the product of its mass and acceleration, f = ma., newton's second law of motion (as stated in standard physics references, e.g. nist/britannica summaries of newton's laws) is the law expressed as f = ma, newton's second law of motion (f = ma), as stated in standard physics references such as britannica and openstax university physics, newton's second law of motion (f = ma), as stated in standard physics references such as nasa's glenn research center 'newton's laws of motion' overview and encyclopaedia britannica's article on newton's laws of motion, newton's second law of motion (f=ma) - standard physics reference, e.g. nasa glenn research center (https://www1.grc.nasa.gov/beginners-guide-to-aeronautics/newtons-laws-of-motion/), newton's second law of motion (principia mathematica, 1687), commonly stated as f = ma, newton's second law of motion (principia mathematica, 1687; standard physics reference, e.g. nasa glenn research center 'newton's laws of motion'), newton's second law of motion states that the net force on an object equals its mass times its acceleration, f = ma. this is a well-established fact of classical mechanics taught in standard physics curricula (e.g., nasa glenn research center's newton's laws of motion reference, and standard physics textbooks such as halliday/resnick/walker)., newton's second law of motion, as commonly stated in physics textbooks (e.g. encyclopaedia britannica, 'newton's laws of motion'): the second law is expressed as f = ma., newton's second law of motion, as commonly taught in physics (e.g. encyclopaedia britannica, 'newton's laws of motion'): the second law states f = ma, relating force, mass, and acceleration., newton's second law of motion, as stated in isaac newton's philosophiæ naturalis principia mathematica (1687) and codified in modern physics textbooks (e.g., halliday, resnick & walker, fundamentals of physics), is conventionally written as f = ma, relating net force to mass and acceleration., newton's second law of motion, as stated in isaac newton's philosophiæ naturalis principia mathematica (1687), is commonly expressed as f = ma., newton's second law of motion, as stated in newton's principia mathematica (1687) and standard physics references (e.g. encyclopaedia britannica, hyperphysics), is f = ma: the net force on an object equals mass times acceleration., newton's second law of motion, as stated in physics reference works (e.g. encyclopaedia britannica, 'newton's laws of motion'), is f = ma, relating net force to mass times acceleration., newton's second law of motion, as stated in physics textbooks (e.g. britannica: 'newton's second law of motion states that the acceleration of an object is dependent upon two variables: the net force acting upon the object and the mass of the object, expressed as f = ma'), newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'), is f = ma, newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'), is f = ma, relating net force to mass times acceleration., newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'), is f = ma., newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'), is the one usually written f = ma, relating net force to mass times acceleration., newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'; nasa glenn research center 'newton's laws of motion'), is f = ma, relating net force to mass times acceleration., newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'; nasa glenn research center, 'newton's second law'), is expressed as f = ma., newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'; nasa glenn research center, 'newton's second law'): the law is f = ma, relating net force to mass times acceleration., newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, nasa glenn research center 'newton's laws of motion'), is f = ma, relating net force to mass times acceleration., newton's second law of motion, as stated in standard physics references (e.g. encyclopaedia britannica, nasa glenn research center 'newton's laws of motion'): the net force on an object equals the rate of change of its momentum, commonly written in the simplified form f = ma., newton's second law of motion, as stated in standard physics references (e.g. encyclopedia britannica, 'newton's laws of motion': the second law states that f = ma, the net force on an object equals mass times acceleration), newton's second law of motion, as stated in standard physics references (e.g. nasa glenn research center 'newton's laws of motion' and standard physics textbooks): the second law states f = ma, relating net force to mass and acceleration., newton's second law of motion, as stated in standard physics references (e.g. nasa glenn research center's newton's laws overview and standard physics textbooks such as halliday/resnick), is f = ma, relating net force to mass times acceleration., newton's second law of motion, as stated in standard physics references (e.g. nist/britannica: 'the second law of motion states that the acceleration of an object... is directly proportional to the net force... f = ma'), newton's second law of motion, f = ma, as stated in standard physics references (e.g. encyclopaedia britannica, 'newton's laws of motion'), newton's second law of motion, f = ma, as stated in standard physics references (e.g. encyclopaedia britannica, nasa glenn research center 'newton's laws of motion'), newton, philosophiae naturalis principia mathematica (1687), axiomata sive leges motus, lex ii — the second law of motion, commonly expressed in modern notation as f = ma; corroborated by standard physics references (e.g. nasa glenn research center 'newton's laws of motion' and britannica 'newton's laws of motion')., openstax, physics 4.3 newton's second law of motion, https://openstax.org/books/physics/pages/4-3-newtons-second-law, openstax, physics, section 4.3, newton's second law of motion: https://openstax.org/books/physics/pages/4-3-newtons-second-law-of-motion, openstax, university physics vol. 1, 5.3 newton's second law: https://openstax.org/books/university-physics-volume-1/pages/5-3-newtons-second-law; nasa, newton's second law: https://www.grc.nasa.gov/www/k-12/bgp/newton2.html, openstax, university physics volume 1, section 5.3 newton's second law: https://openstax.org/books/university-physics-volume-1/pages/5-3-newtons-second-law, openstax.org, science.nasa.gov, standard physics reference (e.g. encyclopaedia britannica, 'newton's laws of motion'): newton's second law of motion is usually expressed as f = ma., standard physics reference (e.g., encyclopaedia britannica, 'newton's laws of motion'): newton's second law of motion is the one expressed as f = ma (force equals mass times acceleration)., standard physics reference (e.g., encyclopaedia britannica, 'newton's laws of motion'): newton's second law of motion states that f = ma, relating force, mass, and acceleration., standard physics reference (e.g., newton's principia mathematica as commonly summarized in physics textbooks): newton's second law of motion states f = ma, the relationship between force, mass, and acceleration., www.grc.nasa.gov, www.jpl.nasa.gov, www.nasa.gov, www.physicsclassroom.com, www1.grc.nasa.gov

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  2. answered213 of 213 agreed210 needed
    #292Newton's laws of motion (classical mechanics, standard physics textbooks e.g. Halliday/Resnick/Walker; Encyclopaedia Britannica 'Newton's laws of motion')
    #3862from www.grc.nasa.gov
    #12752from www.grc.nasa.gov
    #6602Newton, Philosophiae Naturalis Principia Mathematica (1687), Axiomata sive Leges Motus, Lex II — the second law of motion, commonly expressed in modern notation as F = ma; corroborated by standard physics references (e.g. NASA Glenn Research Center 'Newton's Laws of Motion' and Britannica 'Newton's laws of motion').
    #18982from www.jpl.nasa.gov
    208 more
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