an object with more inertia is both harder to _____ and to _______
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OpenStudy (asnaseer):
... push and to stop
OpenStudy (anonymous):
lift as well
OpenStudy (anonymous):
& also
OpenStudy (asnaseer):
no - it makes no difference in the ability to lift the object
OpenStudy (anonymous):
can you think of an example of Newton's 2nd Law of Motion used in everyday life?
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OpenStudy (anonymous):
Object with more inertia has more mass, so it definitely matters
OpenStudy (asnaseer):
sorry @roshan2004 - you are right :-)
OpenStudy (anonymous):
@asnaseer It's allrite mate
OpenStudy (anonymous):
@Justinee Everything in nature, from the motion of fan to the motion of Hard drive in your PC
OpenStudy (asnaseer):
I was thinking you could still lift it - but very slowly if it has a lot of inertia - but the same applies to moving it - it has a lot of inertia so it takes a long time to move it (i.e. push it)
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OpenStudy (anonymous):
Yeap !
OpenStudy (anonymous):
Inertia is mainly of three types Inertia of rest, motion and direction
OpenStudy (asnaseer):
yes - @roshan2004 is spot on!
OpenStudy (anonymous):
See ya lad, I am a Physics Graduate student so......:-)