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#Is there a difference when you hold each of them?
 
#Is there a difference when you hold each of them?
 
#Is this due to inertia? Am I changing anything when I am holding?
 
#Is this due to inertia? Am I changing anything when I am holding?
#What might this difference be due to?
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#If I stop holding, what happens?  Will it fall?
#This is due to a property called weight which is because the mass of this object interacts with another mass - that of the earth.  We call this weight
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#Have you ever seen something fallen from a height - or even a fruit from a tree?
#We will study more about this - but mass also interacts with other masses; this is called gravitational property.  We already saw that is has an inertial property
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#If it is changing its position and moving (falling) there must be a force?
#The Earth is not touching the object, but still its mass has an effect on the mass on my hand
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#Where do you think the force is coming from?
#Gravity can act at a distance between two masses
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#Is it possible that forces can also act without touching?
* '''Evaluation (Questions for assessment of the child)'''
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#Does mass have both inertial and gravitational property?
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#Does gravitational property depend on size? Or mass?
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* '''Question Corner'''
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#If an object has inertia, when I drop the object why does it fall?
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#Do you feel the gravitational effect of the Earth?
 
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