Analysis of information sources in references of the Wikipedia article "Reaction (physics)" in English language version.
... in one of his attacks on Leibniz written in 1711, Newton says that centrifugal force is always equal and opposite to the force of gravity by the third law of motion.
Another difficulty is that students often consider the pseudo forces, e.g., the centrifugal force, as though they were real forces acting in an inertial reference frame.
Even though one body might be more 'active' than the other body and thus might seem to initiate the interaction (e.g. a bowling ball striking a pin), the force body A exerts on body B is always simultaneous with the force B exerts on A.
This report highlights some of the difficulties that children experience with Newton's third law.
... following question in writing: Newton's third law speaks about 'action' and 'reaction'. Imagine a bottle of wine standing on a table. If the gravitational force that attracts the bottle is called the action, what force is the reaction to this force according to Newton's third law? The answer most frequently given was: 'The normal force the table exerts on the bottle'.
Another difficulty is that students often consider the pseudo forces, e.g., the centrifugal force, as though they were real forces acting in an inertial reference frame.
Even though one body might be more 'active' than the other body and thus might seem to initiate the interaction (e.g. a bowling ball striking a pin), the force body A exerts on body B is always simultaneous with the force B exerts on A.
This report highlights some of the difficulties that children experience with Newton's third law.
... following question in writing: Newton's third law speaks about 'action' and 'reaction'. Imagine a bottle of wine standing on a table. If the gravitational force that attracts the bottle is called the action, what force is the reaction to this force according to Newton's third law? The answer most frequently given was: 'The normal force the table exerts on the bottle'.
This was attacked by Newton who tried to have the centripetal force on the planets (from gravitational interactions) be matched by the centrifugal force so there would be a balance of forces based on his third law of motion
Another difficulty is that students often consider the pseudo forces, e.g., the centrifugal force, as though they were real forces acting in an inertial reference frame.
for every action (force) in nature there is an equal and opposite reaction
This was attacked by Newton who tried to have the centripetal force on the planets (from gravitational interactions) be matched by the centrifugal force so there would be a balance of forces based on his third law of motion
Even though one body might be more 'active' than the other body and thus might seem to initiate the interaction (e.g. a bowling ball striking a pin), the force body A exerts on body B is always simultaneous with the force B exerts on A.
... following question in writing: Newton's third law speaks about 'action' and 'reaction'. Imagine a bottle of wine standing on a table. If the gravitational force that attracts the bottle is called the action, what force is the reaction to this force according to Newton's third law? The answer most frequently given was: 'The normal force the table exerts on the bottle'.
Another difficulty is that students often consider the pseudo forces, e.g., the centrifugal force, as though they were real forces acting in an inertial reference frame.
for every action (force) in nature there is an equal and opposite reaction
