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https://texercises.com/exercise/nuclear-collision/
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Exercise:
A proton of mass .u travelling with a speed of .emeterpersecond has an elastic head-on collision with a helium nucleus .u mass initially at rest. What are the velocities of the proton and helium nucleus after the collision?

Solution:
newqtymp.kg newqtyvp.e newqtymh.kg % The velocities after the collision are solqtywpfracqtym_-m_v_m_+m_mpn-mhn*vpn/mpn+mhn alv_' wpf fracqtymp - mh vpmp + mh wpIII and solqtywhfracm_v_m_+m_*mpn*vpn/mpn+mhn alv_' whf frac mp vpmp + mh whIII. Note: It is not necessary to transform the units of the masses from u to kg since they cancel out as can be easily seen in the s above.
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Exercise:
A proton of mass .u travelling with a speed of .emeterpersecond has an elastic head-on collision with a helium nucleus .u mass initially at rest. What are the velocities of the proton and helium nucleus after the collision?

Solution:
newqtymp.kg newqtyvp.e newqtymh.kg % The velocities after the collision are solqtywpfracqtym_-m_v_m_+m_mpn-mhn*vpn/mpn+mhn alv_' wpf fracqtymp - mh vpmp + mh wpIII and solqtywhfracm_v_m_+m_*mpn*vpn/mpn+mhn alv_' whf frac mp vpmp + mh whIII. Note: It is not necessary to transform the units of the masses from u to kg since they cancel out as can be easily seen in the s above.
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Attributes & Decorations
Branches
Momentum
Tags
collision, elastic, linear, mechanics, momentum, physics
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Difficulty
(1, default)
Points
4 (default)
Language
ENG (English)
Type
Calculative / Quantity
Creator uz
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Link