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Block move down the curved hill and hit attached block spring 
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#1
May208, 09:12 PM

P: 15

A 100grams block is moving at 2m/s down the curved hill. The block slides along the smooth surface and collides elastically with the 400gram block. The 400gram block is initially at rest and is attached to an ideal spring with spring constant of 500N/m
a)Find the maximum distance the spring compresses b)Find the maximum height the 100gram block reaches after the collision. I have no idea with this problem........someone help me...... 


#2
May208, 09:19 PM

P: 277

Conservation of energy.
Give that a go  let us know what happens. 


#3
May208, 09:20 PM

P: 3,015

In order to receive help with this problem I suggest that you
a) Provide a diagram b) Show the work you have tried thus far. Forum rules. 


#4
May208, 09:24 PM

P: 15

Block move down the curved hill and hit attached block spring
dont know for sure but collisions usually go by the equation
m1u1 + m2u2 = m1v1 +m2v2 m1 being mass 1 = 0.1kg m2 being 0.4 kg u1 being =2 m/s u2 = 0 m/s as its stationary then work out the momentum of the second block as this would be equal to the force on the spring which would follow the equation F = kx where k is 500 N/m and thus u have the distance x and then its pray someone with more brains than me gives u an answer otherwise ul b stuck on it all night long...lol...sorry mate 


#5
May208, 09:32 PM

P: 15

how to post diagram????????



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