"Force does not exist physically in the same way that an object with mass does. This means that force cannot make surface contact with an object, much less push or pull it. The initial cause of all bodies in motion originates from the applied energy (E), which creates the momentum (p) necessary to make surface contact with an object, thereby enabling it to push and pull. This concept is mathematically expressed as Ep or the equation Ep = ma. Force was originally used as a placeholder by Sir Isaac Newton because he did not know the true nature of this Force." ~Professor Guadalupe Guerra from Laredo, Texas c/s
This experiment demonstrates Newton's Second Law: F = ma In words: the acceleration of an object in a particular direction can be calculated by dividing the net force acting upon the object in that same particular direction by the object's mass.
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Thank you, professor, for spreading knowledge. We appreciate this
This is so thoroughly explained thank you I'm doing my practical tomorrow
"Force does not exist physically in the same way that an object with mass does. This means that force cannot make surface contact with an object, much less push or pull it. The initial cause of all bodies in motion originates from the applied energy (E), which creates the momentum (p) necessary to make surface contact with an object, thereby enabling it to push and pull. This concept is mathematically expressed as Ep or the equation Ep = ma. Force was originally used as a placeholder by Sir Isaac Newton because he did not know the true nature of this Force." ~Professor Guadalupe Guerra from Laredo, Texas c/s
Well explained, thanks
Great job
what is the hypothesis
Net force is directly proportional to acceleration
This experiment demonstrates Newton's Second Law:
F = ma
In words:
the acceleration of an object in a particular direction can be calculated by dividing the net force acting upon the object in that same particular direction by the object's mass.
Does it also explain the effect of acceleration when mass increased
Nice
F=ma thats why hammers have big heads