...of all the refinements by means of Reaction i* always equal and opposite to action ; or the mutual actions of two bodies upon each other are always equal and in opposite directions. In illustration of the Law Newton has these remarks : " Whatever body presses or draws another, is...

...Third Law of Motion. He states that Eeaction is always equal and opposite to Action ; that is, that the actions of two bodies upon each other are always equal and opposed to each other in direction. " Action! contrariam semper et sequalem esse reactionem : sive...

...form by Newton, as follows : Reaction is always equal and opposite to action ; or the m'llual action! of two bodies upon each other are always equal and in opposite directions. In illustration of the Law Newton has these remarks : " Whatever body presses or draws another, is...

...author Newton, " that action and reaction are always equal and opposite," that is to say, " the action of two bodies upon each other, are always equal and in opposite directions." (Third Law). pulling at the ends of the same rope;—penetration of projectiles, and the reaction from...

...proportional to it in quantity. Thirdly, reaction is always equal and contrary to action, or the mutual actions of two bodies upon each other are always equal and in opposite directions. Of uniform motion. — If a body moves constantly in the same manner, or if it passes over equal spaces...

...which the force is impressed. 3</. To every action there is always an equal and contrary reaction ; or the actions of two bodies upon each other are always equal, and oppositely directed. ÍIRST LAW. This law is little else than a definition of the property of Inertia...

...not enter into statical investigations. ARTICLE LTV.—THE THIRD LAW OF MOTION. Law III.—Reaction is always equal and opposite to action, that is to...other are always equal and in opposite directions, When the bodies between which the action takes place are not acted on by any other force, the changes...

...respective momenta produced by the action are equal and in opposite directions. Law III.—'Reaction is always equal and opposite to action, that is to say, the actions of two bodies upon each oilier are always equal and in opposite directions. : The changes in the velocities of the two bodies...

...mathematically proved. Law Third : To every action there is always opposed an equal reaction • or the mutual actions of two bodies upon each other are always equal, and in opposite directions. That is, if a body A acts in any way upon a body B, B will exert a force exactly equal on A in the...

...mathematically proved. Law Third : To every action there is always opposed an equal reaction • or the mutual actions of two bodies upon each other are always equal, and in apposite directions. These laws once established, it became possible to calculate the motion of any...