How Close Does the Little Atom Get to the Big Atom in the Energy Bond Scenario?

AI Thread Summary
The discussion revolves around determining how close a small atom can get to a larger atom based on a potential energy curve. The initial kinetic energy of the small atom is given as K=5x10^-21 J. Participants are seeking guidance on how to analyze the energy conversion from kinetic to potential as the atoms approach each other. The key question is identifying the distance at which all kinetic energy is transformed into potential energy. Understanding the potential energy curve is essential for solving this problem.
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Homework Statement



Consider a potential energy curve and system as shown in Figure C11.5. Imagine that the little atom approaches the big atom from infinity with an initial kinetic energy K=5x10-21 J. How close to the big atom does it get?

a. x=0
b. x=0.04 nm
c. x=0.11 nm
d. x=0.2 nm
e. x=0.3 nm
f. Other

Homework Equations





The Attempt at a Solution



I don't get how to solve this at all. Any pointers? Thanks.
 
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As the atoms get closer, the kinetic energy of the little atom is converted to potential between the two atoms...

At what distance has all the kinetic energy been converted to potential energy? The graph/curve should help you to see this...
 
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